realFP/train_realfp.json

[{"question": "If I were to take an English penny, melt it down, then somehow stretch it out into a perfect hollow sphere 1 atom thick, how large would this sphere be?", "program": "PROGRAM:=Q1: What is the volume of a single penny?=Q2: What is the thickness of the penny which is in the form of a hollow sphere now?=A1: 0.93 in**3=A2: 3.9e-9 in=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "2.3e+8 in**2", "context": "CONTEXT:=F1: The volume of the penny is 0.93 in**3=F2: The thickness of the penny is 3.9e-9 in"}, {"question": "How long would it take to pluck each hair out of your body one at a time?", "program": "PROGRAM:=Q1: How long does it take to pluck a single strand of hair?=Q2: How many hairs do we have on our body?=A1: 5 s=A2: 5e+6=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2.5e+7 s", "context": "CONTEXT:=F1: It takes around 5 seconds to pluck a single strand of hair.=F2: The entire human body has 5e+6 hair follicles."}, {"question": "How many air molecules are in this lecture hall?", "program": "PROGRAM:=Q1: What is the volume of the lecture hall?=Q2: What is the volume of a single air molecule?=A1: 24000 m**3=A2: 3e-24 m**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "8.00E+27", "context": "CONTEXT:=F1: The volume of the lecture hall is 24000 metre cube=F2: The volume of a single air molecule is 3e-24 cubic meter"}, {"question": "A cure for all cancers would increase the average American lifespan by how many years?", "program": "PROGRAM:=Q1: What is the average american lifespan?=Q2: Cancer cuts down the average lifespan by how many years?=A1: 78=A2: 5=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Add (Q1, Q2)", "answer": "83", "context": "CONTEXT:=F1: The average american lifespan is 78 years.=F2: Cancer cuts down the average lifespan of a person by 5 years."}, {"question": "What is the number of queen-size mattresses it would take to fill the star Betelgeuse which has 18 times the mass of the Sun?", "program": "PROGRAM:=Q1: What is the mass of the star Betelgeuse?=Q2: What is the mass of a queen size mattress?=Q3: What is the mass of the sun?=Q4: What is the ratio of the mass of Betelgeuse to mass of sun?=A1: 140 lb=A2: 4.3e+30 lb=A3: 18=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q4, Q3)=Q2 -> A1 | F1=P: Div (Q1, Q2)", "answer": "5.50E+29", "context": "CONTEXT:=F1: The mass of a queen size mattress is 140 pounds=F2: The mass of the sun is 4.3e+30 pounds.=F3: The ratio of mass of Betelgeuse to mass of sun is 18"}, {"question": "If a human was 0.07324219 millimeters large, how long would it take it to walk a mile?", "program": "PROGRAM:=Q1: How long does it take for a human of normal height to walk a mile?=Q2: What is the ratio of the height of the normal human to that of the given human?=Q3: What is the height of a normal human?=Q4: What is the height of the given human?=A1: 20 min=A2: 1730 mm=A3: 0.07324219 mm=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "472405.3 min", "context": "CONTEXT:=F1: An average human takes around 20 minutes to walk a mile. Length of stride is directly proportional to the height of the person.=F2: The height of the average human i s 1730 mm.=F3: The height of the given human is 0.07324219 mm."}, {"question": "The grass on the lawn grows 10 cm in height during the week between mowings. Estimate the mass, g, of the grass clippings collected each week.", "program": "PROGRAM:=Q1: What is the total number of blades collected in the week after cutting them?=Q2: What is the average mass of a single blade of grass?=Q3: What is the average size of a lawn?=Q4: How many blades of grass are there on a single ft**2 of a lawn?=A1: 0.01 g=A2: 200 ft**2=A3: 3000 ft**-2=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "6000 g", "context": "CONTEXT:=F1: The weight of a blade of grass is 0.01 g=F2: The average size of a freshly mowed lawn is 200 ft**2=F3: There are 3000 blades of grass in a single ft**2 of a lawn."}, {"question": "How much force is required to move a planet with a punch?", "program": "PROGRAM:=Q1: What is the force required to move the object from its position?=Q2: What is the average gravitational force of a planet?=A1: 1 N=A2: 3e+22 N=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Add (Q1, Q2)", "answer": "3e+22 N", "context": "CONTEXT:=F1: The force required to move an object from its position could be any force that is greater than the force that the object is exerting opposite to us (in this case, it is the gravitational force) (e.g. 1 N).=F2: The average gravitational force of a planet is 3e+22 N"}, {"question": "What is the average pressure, atm, at the bottom of the Earth's oceans?", "program": "PROGRAM:=Q1: What is the force acting on the bottom of the oceans?=Q2: What is the surface area of the oceans?=Q3: What is the mass of the ocean cover?=Q4: What is the acceleration due to gravity?=Q5: The pressure acting on bottom of the oceans in Pascals=Q6: How many pascals are in an atm?=A1: 5.10082e+20 m**2=A2: 1.3e+21 kg=A3: 10 m*s**-2=A4: 9.8e-6 atm*kg**-1*m**1*s**2=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=Q5 -> Div(Q1, Q2)=Q6 -> A4 | F4=P: Mul (Q5, Q6)", "answer": "2.4e-4 atm", "context": "CONTEXT:=F1: The surface area of the oceans is 5.10082e+20 m**2=F2: The total mass of ocean cover is 1.3e+21 kg=F3: The acceleration due to gravity is 10 m/sec**2=F4: One atm in 101325 pascals"}, {"question": "How many port-a-potties should be planned for the next million-man-march?", "program": "PROGRAM:=Q1: How many people participate in a million march?=Q2: How many people can one port-a-potty service?=A1: 1000000=A2: 50=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "20000", "context": "CONTEXT:=F1: A total of 1000000 people participate in a million march=F2: A single port-a-potty can service 50 people."}, {"question": "What is the energy needed to evaporate the oceans?", "program": "PROGRAM:=Q1: What is the volume of the oceans?=Q2: What is the energy required to evaporate 1 cc of water?=A1: 1.3e+24=A2: 540 cal=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "7e+26 cal", "context": "CONTEXT:=F1: The volume of the oceans is 1.3e+24 cc=F2: The energy required to evaporate 1cc of water is 540 calories"}, {"question": "What is the total mass of all paper in the world?", "program": "PROGRAM:=Q1: What is the mass of a single sheet of paper?=Q2: What is the total number of papers in the world?=Q3: How many total books are there in the world?=Q4: How many pages does a single book have?=Q5: How many people are there in the world?=Q6: How many books does an average human possess?=A1: 5g=A2: 500=A3: 5=A4: 7.2e+9=Q6 -> A3 | F3=Q5 -> A4 | F4=Q3 -> Mul (Q5, Q6)=Q4 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "9e+13 g", "context": "CONTEXT:=F1: The mass of a single sheet of paper is 5g=F2: There are at least 500 pages in a single book.=F3: An average human has at least 5 books with them.=F4: The total number of people in the world are 7.2e+9"}, {"question": "How many ants would fit in to The Shard?", "program": "PROGRAM:=Q1: What is the total volume of The Shard?=Q2: What is the total volume of an ant?=Q3: What is the surface area of The Shard?=Q4: What is the height of The Shard?=A1: 1e-8 m**3=A2: 398490 m**2=A3: 244m=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Div (Q1, Q2)", "answer": "9.70E+15", "context": "CONTEXT:=F1: The volume of an ant is 1e-8 metre cube=F2: The surface area of The Shard is 398490 sq. metre=F3: The height of a Shard is 244 metres"}, {"question": "What is the total US salary?", "program": "PROGRAM:=Q1: What is the income per capita in the US?=Q2: How many full time employees are there in the US?=A1: $63051=A2: 1.23e+8=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "$7755273000000", "context": "CONTEXT:=F1: The per capita income in the US is 63051 USD=F2: There are around 123e+6 employees in the US"}, {"question": "What is the surface area of the Earth in square miles?", "program": "PROGRAM:=Q1: What is the volume of the Earth?=Q2: What is the depth of the earth?=A1: 259875159532 miles**3=A2: 3958 miles=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "65658200 miles**2", "context": "CONTEXT:=F1: The volume of Earth is 259875159532 cubic miles=F2: The depth of earth is 3958 miles"}, {"question": "Assuming that it has the same density as a gold nucleus, what is the diameter, cm, of a neutron star that has the same mass as the Earth?", "program": "PROGRAM:=Q1: What is the 4*diameter cube of the neutron star?=Q2: What is the relation between 4*diameter cube and the diameter of the neutron star?=Q3: What is the mass of the neutron star?=Q4: What is the density of the neutron star?=A1: 6e+24 kg=A2: 0.0197 kg*cm**-3=A3: 1/3=Q4 -> A2 | F2=Q3 -> A1 | F1=Q1 -> Div (Q3, Q4)=Q2 -> A3 | F3=P: Pow (Q1, Q2)", "answer": "6.7e+8 cm", "context": "CONTEXT:=F1: The relation between 4 times the diameter cube and diameter is a cube root.=F2: The mass of neutron star is 6e+24 kg=F3: The density of neutron star is 0.0197 kg/centimeter cube"}, {"question": "How much for 60 acres of land in South Dakota?", "program": "PROGRAM:=Q1: How much does an acre of land cost in South Dakota?=Q2: What is the quantity of land to be purchased?=A1: $1252 acres**-1=A2: 60 acres=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "$75120", "context": "CONTEXT:=F1: The acre of land in South Dakota costs around 1252 USD.=F2: 60 acres of land are to be bought in South Dakota."}, {"question": "What is the ratio of the Energy of a Tsunami to the energy of an Atom Bomb?", "program": "PROGRAM:=Q1: What is the energy of a Tsunami?=Q2: What is the energy of an Atom Bomb?=A1: 10e+17 J=A2: 1e+12 J=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "1.00E+06", "context": "CONTEXT:=F1: The energy of a Tsunami is 10e+17 Joules=F2: The energy of an Atom Bomb is 1e+12 Joules."}, {"question": "If the average water vapor content of the atmosphere is 1% by weight, how many cubic miles of water is this equal to?", "program": "PROGRAM:=Q1: What is the amount of water present in the atmosphere?=Q2: What percent of water vapour content weight is still intact in the atmosphere?=Q3: What is the total percent of weight?=Q4: What percent of weight is lost?=A1: 3094 mi**3=A2: 1=A3: 0.1=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "309.4 mi**3", "context": "CONTEXT:=F1: The amount of water in form of vapour in atmosphere is 3094 mi**3=F2: Total percent of weight is 100 %=F3: Percent of weight lost is 1%"}, {"question": "If the oceans were frozen into 1 inch ice cubes, how many cubes would there be?", "program": "PROGRAM:=Q1: What is the volume of the ocean cover?=Q2: What is the volume of an ice cube?=A1: 8.1e+22 in**3=A2: 1 in**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "8.10E+22", "context": "CONTEXT:=F1: The volume of the water content in the oceans is 8.1e+22 cubic inch=F2: The volume of the ice cube is 1 cubic inch"}, {"question": "How many individual life forms are there on Earth?", "program": "PROGRAM:=Q1: How many different biological classes are living forms classified into?=Q2: How many life forms do we have per biological class?=A1: 7=A2: 1242000=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "8694000", "context": "CONTEXT:=F1: Living organisms are classified into 7 different biological classes.=F2: There are approximately 1242000 different life forms in each biological class."}, {"question": "If we stopped learning new things as a species right now, how long would it take someone of average intelligence to learn all of human knowledge?", "program": "PROGRAM:=Q1: What is the rough estimate of total information to be learnt about the world?=Q2: At what rate does an average human being learn new things?=A1: 10e+70 bits=A2: 10e+15 bits*s**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "1e+55 s", "context": "CONTEXT:=F1: The total information that can be learnt by our brain is 10e+70 bits.=F2: The rate at which an average human learns is 10e+15 bits per second."}, {"question": "What is the volume, cc, of blood in a healthy new-born baby?", "program": "PROGRAM:=Q1: What is the mass of blood in a new born baby?=Q2: What is the density of blood in a new born baby?=A1: 75 g=A2: 0.994 g*cm**-3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "75.45 cm**3", "context": "CONTEXT:=F1: The mass of blood in a new born baby is 75 grams=F2: The density of blood is 0.994 gram per cc"}, {"question": "How many grams of steam would be needed to melt a cubic foot of ice?", "program": "PROGRAM:=Q1: What is the weight equivalent of one cubic foot of ice?=Q2: How many grams of ice can 1 gram of steam melt?=A1: 28300 gm=A2: 8 gm=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "3537", "context": "CONTEXT:=F1: The weight equivalent of one cubic foot of ice is 28300 gm=F2: The density of earth is 5.5e+12 kg per cubic cm"}, {"question": "How large of a cotton cone would I need to skydive into it from 10km up (no parachute) and NOT be stopped by the ground?", "program": "PROGRAM:=Q1: How much would the impact be after jumping from a 10 km high building?=Q2: How much impact can a metre cube of cotton cone sustain?=A1: 6e+6 J=A2: 2 J*m**-3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "3e+6 m**3", "context": "CONTEXT:=F1: The approximate impact a jump from skydiving (10 km high jump) causes is 6e+6 J=F2: A metre cube of cotton cone can handle an impact of around 2 J (estimate)"}, {"question": "How much of the atmosphere is human farts?", "program": "PROGRAM:=Q1: How much force does a fart contain?=Q2: What is the impact area of a fart?=Q3: How many Pascals is 1 atm?=Q4: What is the pressure of a fart in pascals?=A1: 0.2 N=A2: 0.001 m**2=A3: 100000 N*m**-2*atm**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=Q4 -> Div (Q1, Q2)=Q3 -> A3 | F3=P: Div (Q4, Q3)", "answer": "0.002 atm", "context": "CONTEXT:=F1: A fart contains 0.2 N force.=F2: The impact area of a fart is 0.01 metre square=F3: 100000 pascals equal 1 atm."}, {"question": "How many adult humans are needed to be a mass equivalent to the onions consumed by the U.S in the year 2000?", "program": "PROGRAM:=Q4: What is the average mass of an adult human?=Q3: How many pounds of onions were eaten in the U.S. in 2000?=Q1: What is the total food consumption of the US in 2000?=Q2: What percent of every food item contains onions in them?=A1: 1.7e+11 pounds=A2: 0.1=A3: 136 pounds=Q2 -> A2 | F2=Q1 -> A1| F1=Q3 -> Mul (Q1, Q2)=Q4 -> A3 | F3=P: Div (Q3, Q4)", "answer": "1.25E+08", "context": "CONTEXT:=F1: The total food consumption of the US in 2000 is 1.7e+11 pounds.=F2: 10 percent of every food item is made of onions.=F3: The average mass of adult human is 136 pounds."}, {"question": "If you posted an advertisement on a billboard on Lincolnway for one month, how many people would be likely to see it?", "program": "PROGRAM:=Q1: How many people see the advertisement in a day?=Q2: How many days are there in a month?=Q3: What is the average number of passengers in a car?=Q4: What is the average number of vehicles passing Lincolnway daily?=A1: 30=A2: 2=A3: 300000=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "18000000", "context": "CONTEXT:=F1: The number of days in the month is 30=F2: The average number of passengers in a car is 2.=F3: The average number of vehicles passing Lincolnway daily is around 300000."}, {"question": "How many times would my 22 inch rims go around if I could drive around the equator of the Earth?", "program": "PROGRAM:=Q1: What is the average RPM of the journey?=Q2: What is the duration of the journey?=A1: 3000=A2: 60000=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "180000000", "context": "CONTEXT:=F1: The average RPM of the wheels at 40 kmph is 3000=F2: The total duration of the journey is 60000 minutes"}, {"question": "If all the trash produced in the US in one year is put in a landfill, what percentage of the US would it occupy?", "program": "PROGRAM:=Q1: What is the area occupied by the total garbage?=Q2: What is the total surface area of the US?=Q3: How much trash is produced in the US every year?=Q4: What is the surface area occupied by a kg of trash?=Q5: What is the fraction of the area of the landfill to the total surface area of the US?=Q6: What is the multiplicating factor to convert fraction to percent?=A1: 9.8e+6 km**2=A2: 3.6e+11 kg=A3: 2.5e-6 km**2/kg=A4: 100=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=Q5 -> Div (Q1, Q2)=Q6 -> A4 | F4=P: Mul (Q5, Q6)", "answer": "9.18", "context": "CONTEXT:=F1: The total surface area of the US is 9.8e+6 km**2=F2: An average of 3.6e+11 kgs of trash is produced in the US annually.=F3: 2.5e-6 km**2 areas are occupied by a kg of trash can.=F4: The multiplicating factor to convert fraction to hundred is 100."}, {"question": "Under ideal conditions, the bacterium eNSO can reproduce in 10 minutes. How many eNSO can claim the same ancestor after 24 hours?", "program": "PROGRAM:=Q1: What is the rate at which the bacteria reproduces?=Q2: How many times will the bacteria reproduce in the day?=Q3: How many hours are there in a day?=Q4: How many times does the bacteria reproduce in an hour?=Q5: How many minutes are there in an hour?=Q6: For how many minutes, does the bacteria reproduce?=A1: 2=A2: 24 hours=A3: 60 minutes/hour=A4: 10 minutes=Q6 -> A4 | F4=Q5 ->A3 | F3=Q4 -> Div (Q5, Q6)=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Pow (Q1, Q2)", "answer": "2.23E+43", "context": "CONTEXT:=F1: The rate at which it reproduces is 2 offspring per reproduction.=F2: There are 24 hours in a day.=F3: There are 60 minutes in an hour.=F4: The bacteria reproduces for every 10 minutes."}, {"question": "How far does a bumblebee fly each day?", "program": "PROGRAM:=Q1: How many hours does the bee spend on flying each day?=Q2: What is the average speed at which a bee flies?=A1: 4 hour=A2: 15 miles*hour**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "60 miles", "context": "CONTEXT:=F1: The bee flies for a total of around 4 hours each day.=F2: The average speed at which a bee flies is 15 miles per hour"}, {"question": "What is the mass, g, of a gold atom?", "program": "PROGRAM:=Q1: What is the volume of the gold atom?=Q2: What is the density of the gold atom?=A1: 1.2e-23 cm**3=A2: 19.32 g*cm**-3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2.3e-22 g", "context": "CONTEXT:=F1: The volume of gold atom is 1.2e-23 cc=F2: The density of gold atom is 19.32 g/cc"}, {"question": "What is the area (square miles) covered by the earth's oceans?", "program": "PROGRAM:=Q1: What is the total volume of earth's oceans?=Q2: What is the depth of earth's oceans?=A1: 300000000 miles**3=A2: 2.3 miles=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "130434782 miles**2", "context": "CONTEXT:=F1: The total volume of earth's oceans is 300000000 cubic miles=F2: The average depth of earth's oceans is 2.3 miles"}, {"question": "What are the CO2 emissions of the US wildfires so far?", "program": "PROGRAM:=Q1: How many wildfires have taken place in the US until now?=Q2: What is the average CO2 emission in a single wildfire?=A1: 12e+6=A2: 544311 kg=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "6.5e+12 kg", "context": "CONTEXT:=F1: Around 12e+6 wildfires have taken place in the US till now.=F2: The average CO2 emission in a wildfire is 544311 kg of CO2."}, {"question": "How many Mars bars would it take, lined up end to end, to reach from London to Birmingham?", "program": "PROGRAM:=Q1: What is the distance between London to Bermingham in metres?=Q2: What is the length of a Mars bar in metres?=A1: 202200 m=A2: 0.12 m=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "1685000", "context": "CONTEXT:=F1: The distance between London to Birmingham is 202000 metres.=F2: The length of a Mars bar is 0.12 metres"}, {"question": "How much energy does a typical human consume in a lifetime?", "program": "PROGRAM:=Q1: What is the average life expectancy?=Q2: How much energy does a human consume every year?=Q3: How much energy does a human consume every day?=Q4: How many days are there in a year?=A1: 72 years=A2: 2000 cal/day=A3: 365 day/year=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "52560000 cal", "context": "CONTEXT:=F1: The average life expectancy is 72 years.=F2: An average human consumes 2000 calories of energy per day.=F3: There are 365 days in a year."}, {"question": "How many \"conversations\" are happening in Reddit comment sections at any given time?", "program": "PROGRAM:=Q1: How many posts are uploaded on Reddit each second?=Q2: What is the average engagement of a single reddit post?=A1: 1e+6=A2: 0.5=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "5.00E+05", "context": "CONTEXT:=F1: Around 1e+6 posts are uploaded on reddit per second (assumed)=F2: The average engagement of a single post on reddit is 0.5 (assumed)"}, {"question": "How many minutes does the average student play video games per year?", "program": "PROGRAM:=Q4: How many days are there in a year?=Q3: How many minutes does the average student play video games per day?=Q1: How many minutes are there in an hour?=Q2: How many hours does an average student play video games per day?=A1: 60=A2: 4=A3: 365=Q2 -> A2 | F2=Q1 -> A1 | F1=Q3 -> Mul (Q1, Q2)=Q4 -> A3 | F3=P: Mul (Q3, Q4)", "answer": "87600", "context": "CONTEXT:=F1: There are 60 minutes in an hour.=F2: An average student plays video games for a total of 4 hours per day.=F3: There are 365 days in a year."}, {"question": "What is the volume, m3, of the road bed of a highway 250km long?", "program": "PROGRAM:=Q1: What is the length of the highway?=Q2: What is the surface area of a part of the road?=Q3: What is the width of the highway?=Q4: What is the average thickness of a roadbed?=A1: 250000 m=A2: 3.7 m=A3: 0.2 m=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q2, Q1)", "answer": "185000 m**3", "context": "CONTEXT:=F1: The length of the highway is 250000 m long.=F2: The width of an average highway is 3.7 m.=F3: The average thickness of a roadbed is 0.2 m"}, {"question": "Silas Marner saved his pennies until they covered the 48 contiguous states of the United States. How many pennies did he have?", "program": "PROGRAM:=Q1: What is the surface area of the 48 contiguous states?=Q2: What is the surface area covered by a penny?=A1: 3119884 miles**2=A2: 1.09267e-10 miles**2=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "2.90E+16", "context": "CONTEXT:=F1: The surface area of the 48 contiguous states is 3119884 square miles=F2: The surface area covered by a penny is 1.09267e-10 square miles"}, {"question": "How many pennies are needed to equal the height of the tallest building in the world?", "program": "PROGRAM:=Q1: What is the height of the tallest building in the world?=Q2: What is the thickness of a penny?=A1: 828 m=A2: 0.0015 m=Q2 -> A2|F2=Q1 -> A1|F1=P: Div(Q1, Q2)", "answer": "552000", "context": "CONTEXT:=F1: The height to be matched is 828 meters=F2: The thickness of a penny is 0.0015 metes"}, {"question": "How many hot dogs are bought at all the Major League Baseball games for one season?", "program": "PROGRAM:=Q1: How many games are played each season in an MLB game?=Q2: How many hot-dogs are sold in a single game in an MLB season?=Q3: What fraction of people buy a hot-dog during the game?=Q4: What is the average attendance at an MLB game?=A1: 162=A2: 0.25=A3: 28000=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1134000", "context": "CONTEXT:=F1: 162 games are played each season in an MLB game=F2: 25% of the people buy a hot-dog at the MLB game.=F3: The average attendance at an MLB game is 28000"}, {"question": "How many acres of land would need to be devoted to cultivating wheat to sustain a population of one million?", "program": "PROGRAM:=Q1: What is the total food consumption of the population in a year?=Q2: How much food is grown annually in an acre of farmland?=Q3: How much food does an average human eat each year?=Q4: What is the population of the civilisation?=A1: 342 kg/acre=A2: 912 kg=A3: 1e+6=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "2666666 acres", "context": "CONTEXT:=F1: A single acre of land produces 342 kgs of food every year.=F2: An average person eats 912 kgs of food every year.=F3: The population of the civilisation is 1e+6"}, {"question": "What is the surface area of the skin of an average human?", "program": "PROGRAM:=Q1: What is the volume of an average human?=Q2: What is the height of an average human?=A1: 62000 cm**3=A2: 170 cm=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "365 cm**2", "context": "CONTEXT:=F1: The volume of an average human is 62000 cc=F2: The height of an average human is 170 cm"}, {"question": "If it rained at the rate of a 1/4 inch per hour, how many days would it take to fill a 6 lane swimming pool?", "program": "PROGRAM:=Q1: What is the volume of water accumulated if it is raining \u00bc inch an hour for a day?=Q2: What is the volume of a 6 lane swimming pool?=A1: 6700 gal*day**-1=A2: 660000 gal=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "98.5 days", "context": "CONTEXT:=F1: The volume of water accumulated if it is raining \u00bc inch an hour for a day is 6700 gal*day**-1=F2: The volume of 6 lane swimming pool is 660000 gal"}, {"question": "How much heat do Facebook's servers put out?", "program": "PROGRAM:=Q1: How much heat does one server put out?=Q2: How many servers are equipped to handle Facebook's traffic?=A1: 1360 BTU per hour=A2: 30000=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "40800000 BTU*hour**-1", "context": "CONTEXT:=F1: 1360 BTU per hour is generated by one server.=F2: Facebook is equipped with 30000 servers."}, {"question": "How much force would it take to \"derail\" Earth from its predetermined course around sun?", "program": "PROGRAM:=Q1: What is the square of orbital velocity of earth?=Q2: What is the ratio of mass and radius of earth?=Q3: What is the orbital velocity of earth?=Q4: What is the numerical factor to calculate the square of a number?=Q5: What is the mass of earth?=Q6: What is the radius of earth?=A1: 29.8 km*s**-1=A2: 2=A3: 6e+24 kg=A4: 6400 km=Q6 -> A4 | F4=Q5 -> A3 | F3=Q2 -> Div (Q5, Q6)=Q4 -> A2 | F2=Q3 -> A1 | F1=Q1 -> Pow (Q3, Q4)=P: Mul (Q1, Q2)", "answer": "8.3e+23 kg*km*s**-2", "context": "CONTEXT:=F1: The orbital velocity of earth is 29.8 km/s=F2: The numerical factor to calculate square of a number is 2=F3: The mass of earth is 6e+24 kg=F4: The radius of earth is 6400 km"}, {"question": "Suppose that the gas molecules in a liter of air were rescaled upwards so that each atom was the size of a tennis ball. What would be the average spacing between molecules?", "program": "PROGRAM:=Q1: What is the distance between two air particles?=Q2: What is the ratio of size of tennis ball to size of air particles=Q3: What is the size of a tennis ball?=Q4: What is the size of an air particle?=A1: 4e-9 m=A2: 1.3e-4 m**3=A3: 22 m**3=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2.36e-14 m", "context": "CONTEXT:=F1: The distance between two air particles is 4e-9 m=F2: The size of tennis ball is 1.3e-4 m**3=F3: The size of an air particle is 22 m**3"}, {"question": "How many coins have ever been minted?", "program": "PROGRAM:=Q1: How many coin minting facilities are there in the world?=Q2: How many coins did an average coining minting facility mint till now?=Q3: For how many years has an average minting facility been minting coins?=Q4: How many coins does a minting facility mint in a year?=A1: 250=A2: 120=A3: 1e+8=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "3000000000000", "context": "CONTEXT:=F1: There are around 250 coin minting facilities in the world.=F2: An average coin minting facility is 120 years old.=F3: An average of 1e+8 coins are minted each year by a facility."}, {"question": "What is the dollar value of gold in a solid gold tooth?", "program": "PROGRAM:=Q1: What is the dollar value of gold for 1 cc?=Q2: What is the volume of a gold tooth?=A1: $1100 cm**-3=A2: 0.4 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "$440", "context": "CONTEXT:=F1: The dollar value of 1 cc gold is 1100 USD=F2: The volume of gold tooth is 0.4 cc"}, {"question": "How much carbon dioxide is converted into oxygen each day by the vegetation in a typical yard.", "program": "PROGRAM:=Q1: What is the number of trees that can fit inside a yard?=Q2: What is the amount of CO2 converted to O2 by a single tree in a day?=Q3: What is the amount of CO2 converted to O2 by a single tree in a year?=Q4: How many days in a year?=A1: 2.25=A2: 48 pounds=A3: 365=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div(Q3, Q4)=Q1 -> A1 | F1=P: Mul(Q1, Q2)", "answer": "0.295 pounds", "context": "CONTEXT:=F1: 2.25 trees can fit inside a yard=F2: A mature tree produces 48 pounds of O2 every year from CO2.=F3: There are 365 days in a year"}, {"question": "On average, across all phones, whats a rough estimate of battery life consumed just for receiving a call on vibrate?", "program": "PROGRAM:=Q1: How long does the vibrate last for receiving a call on the phone?=Q2: How much of the battery life is getting consumed for each vibration of the phone while receiving a call?=A1: 20 s=A2: 0.0025 Ah*s**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "0.05 Ah", "context": "CONTEXT:=F1: An average phone vibration while receiving a call lasts 20 s=F2: Around 0.0025 A*h of battery life is consumed per second while vibrating on receiving a call [estimate]"}, {"question": "The Gulf Stream is about 50 miles wide and 1500 feet deep and flows past Miami at 5 mph. How many tons of water in the Gulf Stream pass by Miami in a minute?", "program": "PROGRAM:=Q1: What is the product of width and depth of the stream?=Q2: What is the length of the stream?=Q3: What is the width of the stream?=Q4: What is the depth of the stream?=Q5: What is the speed of the stream?=Q6: What is the duration asked in the question?=Q7: What is the quanity of water in cubic miles?=Q8: What is the conversion rate from cubic miles to tons?=A1: 1471979520 ton*mi**-3=A2: 50 mi=A3: 0.2 mi=A4: 0.08 mi*min**-1=A5: 1 min=Q6 -> A5 | F5=Q5 -> A4 | F4=Q2 -> Mul (Q5, Q6)=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q7 -> Mul (Q1, Q2)=Q8 -> A1 | F1=P:Mul (Q7, Q8)", "answer": "1177583616 ton", "context": "CONTEXT:=F1: The conversion rate from cubic miles to tons is 1471979520=F2: The width of the stream is 50 mi=F3: The depth of the stream is 0.2 mi=F4: The speed of the stream is 0.08 mi*min**-1=F5: The duration of the stream is 1 min"}, {"question": "Ali El-Ectrical is an Engineering student at your university taking a \"normal\" load (for Engineers!) and paying full tuition. Estimate how much he is paying for each hour of class time he spends with an instructor over one semester.", "program": "PROGRAM:=Q1: What is the total amount that Ali is paying as his tuition fee?=Q2: How many total class hours are there in a typical semester?=Q3: For how many weeks does a semester run?=Q4: What is the total number of hours in a week that Ali goes to classes?=A1: 25000=A2: 16=A3: 30=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "$52", "context": "CONTEXT:=F1: The average tuition fee in the US is 25000 USD=F2: A typical semester runs for 16 weeks=F3: The number of hours that Ali goes to classes in a week is 30."}, {"question": "How powerful must a laser get before it no longer gets reflected by a mirror and simply burns through it instead?", "program": "PROGRAM:=Q1: What is the highest power of a laser?=Q2: Inorder to be 100% absorbing, how powerful should the laser be compared to the current highest power laser?=A1: 1e+12 W=A2: 1e+6=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1e+18 W", "context": "CONTEXT:=F1: The power of the highest power laser is 1e+12 W=F2: The new laser should be atleast 1e+6 times the current most powerful laser for a mirror to absorb 100% light and break itself."}, {"question": "For one day, what is the volume in cubic miles of the average rainfall on the Earth?", "program": "PROGRAM:=Q1: What is the quantity of earth's average rainfall in liters?=Q2: What is the conversion factor from liters to cubic miles?=A1: 300e+6 L=A2: 2.3e-13 mi**3*L**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "6.9e-5 mi**3", "context": "CONTEXT:=F1: The quantity of average daily rainfall is 300e+6 L=F2: The conversion factor from liters to cubic miles is 2.3e-13 mi**3"}, {"question": "How long would a year be if we orbited the sun at 100 km/sec?", "program": "PROGRAM:=Q1: What is the significance of velocity in calculating the duration of the year?=Q2: What is the current duration of the year?=A1: 1=A2: 365 days=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "365 days", "context": "CONTEXT:=F1: According to Kepler's third law, length of the year is directly proportional to the cube of the radius while the velocity term is absent in the equation.=F2: The current duration of the year is 365 days."}, {"question": "How tall would a monolith/structure/mountain have to be to be seen from the opposite end of the US?", "program": "PROGRAM:=Q1: What is the height of the tallest visible structure in the world?=Q2: Considering the size of the US, what would be the ratio of the monolith to be built and the height of the tallest structure in the world?=A1: 8849 m=A2: 10=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "88490 m", "context": "CONTEXT:=F1: The height of tallest structure in the world i s 8849m=F2: The approximate ratio of tallest building to be built to be visible from the other end of the US to the height of the tallest structure in the world is 10."}, {"question": "How many tons of oxygen atoms are contained in a cubic mile of ocean?", "program": "PROGRAM:=Q1: What is the volume of a cubic mile of an ocean?=Q2: What is the volume of a single oxygen atom?=Q3: What is the numerical value of a ton?=Q4: What is the total number of oxygen atoms?=A1: 330000000 m**3=A2: 1.7e-7 m**3=A3: 100 ton**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=Q4 -> Div (Q1, Q2)=Q3 -> A3 | F3=P: Div (Q4, Q3)", "answer": "2e+13 ton", "context": "CONTEXT:=F1: The volume of a cubic mile of an ocean is 330000000 cubic miles=F2: The volume of a single oxygen atom 1.7e-7 cubic miles per mole=F3: The numerical value of a ton is 100"}, {"question": "How many $1 coins could you fit inside a suitcase?", "program": "PROGRAM:=Q1: What is the average volume of a single suitcase?=Q2: What is the average volume of a 1 euro coin?=A1: 75000 cm**3=A2: 3.8 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "19740", "context": "CONTEXT:=F1: The average volume of a suitcase is 75000 cubic cm=F2: The average volume of a 1 euro coin is 3.8 cubic cm"}, {"question": "Approximately how much space have we \"added\" to Earth by means of building vertically?", "program": "PROGRAM:=Q1: How many buildings are there in the world?=Q2: What is the average volume of a building on earth?=A1: 100e+8=A2: 268700 ft**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2.68e+15 ft**3", "context": "CONTEXT:=F1: There are 100e+8 buildings in the world (including residential and commercial)=F2: The average volume of a building on earth is 268700 ft**3"}, {"question": "How much dental floss does a prisoner need to escape over a wall?", "program": "PROGRAM:=Q1: What is the number of boxes that would make the equivalent of a rope capable of making the prson cross the wall?=Q2: What is the total length of floss available in a box?=A1: 200=A2: 25 m=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "5000 m", "context": "CONTEXT:=F1: The number of boxes that would make the equivalent of a rope capable of making the prson cross the wall is 200.=F2: The average length of a floss is 25 metres."}, {"question": "How many swimming pools can be filled by the blood donated each year in the United States?", "program": "PROGRAM:=Q1: What is the volume of an average swimming pool?=Q2: What is the volume of blood donated by Americans each year?=A1: 31148 L=A2: 2115000 L=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q2, Q1)", "answer": "68", "context": "CONTEXT:=F1: The volume of an average swimming pool is 31148 Litres=F2: The volume of blood donated by Americans each year is 2115000 litres"}, {"question": "How much money is spent in the school canteen over the year?", "program": "PROGRAM:=Q3: How much money is spent in the school canteen each day?=Q1: How many students does a school have in total?=Q2: How much does an average student spend in the school canteen each day?=Q4: How many days are there in a school-year?=A1: 516=A2: 2=A3: 300=Q2 -> A2 | F2=Q1 -> A1 | F1=Q3 -> Mul (Q1, Q2)=Q4 -> A3 | F3=P: Mul (Q3, Q4)", "answer": "$309600", "context": "CONTEXT:=F1: There are 516 students in a school.=F2: An average student spends on an average of 2 USD per day at the canteen.=F3: There are 300 days in a school year."}, {"question": "How much direct microwave radiation would it take to destroy most electronics?", "program": "PROGRAM:=A1: 300 GHz=P: A1 | F1 ", "answer": "300 GHz", "context": "CONTEXT:=F1: The maximum radiation generated by a microwave is 300 GHz. Almost all the electronics cannot sustain microwave radiation and get destroyed when exposed to it."}, {"question": "If, in theory, Kinetic energy dissipates part of it into both Thermal energy and Sound energy, what would be the least amount of kinetic energy needed to fry a chicken with a kick and how loud it would be?", "program": "PROGRAM:=Q1: What is the energy required to fry a chicken?=Q2: What is the average energy produced by a drunk kick?=A1: 0.5e+6 J=A2: 10 J=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "5.00E+04", "context": "CONTEXT:=F1: The average energy to fry a chicken in the microwave is 0.5e+6 J=F2: The average energy in a drum kick is 10 J"}, {"question": "Estimate the mass, in grams, of the fans in the stadium attending tomorrow's St. Louis Rams-Philadelphia Eagles football game.", "program": "PROGRAM:=Q1: What is the average mass of a fan?=Q2: What is the capacity of the stadium?=A1: 65000=A2: 70000 g=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q2, Q1)", "answer": "4550000000 g", "context": "CONTEXT:=F1: The average mass of a fan is 70000 grams=F2: The capacity of the stadium is 65000"}, {"question": "How many tons of CO2 and H2O does the U.S. population expel in a year?", "program": "PROGRAM:=Q1: How many pounds of CO2 does the US population expel each year?=Q2: How many pounds of H2O does the US population expel each year?=A1: 5.1e+9 ton=A2: 1.1e+13 ton=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Add (Q2, Q1)", "answer": "11005100000000 ton", "context": "CONTEXT:=F1: The US population is responsible for 5.1e+9 tons of CO2 emitted last year=F2: The US population is responsible for the usage of 1.1e+13 tons of water every year."}, {"question": "how much muscle would you need all over your body to be bulletproof or at least, extremely bulletresistant?", "program": "PROGRAM:=Q1: What is the strength ratio of the material in bullet proofs to holding strength of muscles?=Q2: What is length of cushioning in bullet proof vests?=A1: 2=A2: 5 cm=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "10 cm", "context": "CONTEXT:=F1: The strength ratio of the material in bulletproof vests to the holding strength of muscles is 2:1 [assumption]=F2: The length of cushioning in a bullet proof vest is around 5 cm."}, {"question": "One suggestion for putting satellites into orbit cheaply without using rockets is to build a tower 300 km high containing an elevator. One would put the payload in the elevator, lift it to the top, and just step out into orbit. Ignoring other problems (such as structural strain on the tower), estimate the weight of such a tower if its base were the size of Washington DC and it were made of steel.", "program": "PROGRAM:=Q1: What is the total volume of the tower?=Q2: What is the density of steel?=Q3: What is the surface area of Washington DC?=Q4: What is the height of the tower?=A1: 8e+9 kg/km**3=A2: 177 km**2=A3: 300 km=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "4.2e+14 kg", "context": "CONTEXT:=F1: The density of steel is 8e+9 kg/km**3=F2: The size of Washington DC is 177 km**2=F3: The height of the tower is 300 km"}, {"question": "How much could a human lift before the bones start to break?", "program": "PROGRAM:=Q1: What is the total volume of bones in the human body?=Q2: How much weight can a cubic inch of bone hold?=A1: 435 in**3=A2: 8626 kg*in**-3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "3752310 kg", "context": "CONTEXT:=F1: The total volume of bones in the human body is 435 cubic inches=F2: One cubic inch of a human's bone can hold upto 8626 kg/cubic in"}, {"question": "How much energy (calories) do I expend heating up my phone when it's in my pocket?", "program": "PROGRAM:=Q1: How long does a phone stay in one's pocket during the day?=Q2: What is average heat burnt while storing the phone in one's pocket?=A1: 4 h=A2: 100 cal*h**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "400 cal", "context": "CONTEXT:=F1: An average phone stays for about 4 hours in one's pocket during the day.=F2: The body burns about 100 cal for every hour the phone heats up in the pocket."}, {"question": "If we would limit meat production to those animals born naturally for production of dairy and eggs, how much meat would we be left with?", "program": "PROGRAM:=Q1: What is the total mass of meat consumed through dairy animals every year?=Q2: What is the total mass of meat consumed through animals that give eggs every year?=Q3: How many dairy animals are killed for meat each year?=Q4: What is the mass of an average dairy animal?=Q5: How many animals that give eggs are killed each year?=Q6: What is the mass of an average animal that gives eggs?=A1: 30e+6=A2: 900 kg=A3: 9e+9=A4: 1 kg=Q6 -> A4 | F4=Q5 -> A3 | F3=Q2 -> Mul (Q5, Q6)=Q4 -> A2 | F2=Q3 -> A1 | F1=Q1 -> Mul (Q3, Q4)=P: Add (Q1, Q2)", "answer": "36000000000 kg", "context": "CONTEXT:=F1: Around 30e+6 dairy animals are killed for meat each year.=F2: The average mass of a dairy animal is 900 kg=F3: around 9e+9 animals that give eggs are killed each year for meat.=F4: The average mass of an animals that lays eggs and gives meat is 1 kg"}, {"question": "How much strength/energy is required to shatter a boulder with a single punch?", "program": "PROGRAM:=Q1: How much energy would a normal punch contain?=Q2: How many hits would it take to break an average boulder?=A1: 37.5 J=A2: 15=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "562.5 J", "context": "CONTEXT:=F1: A normal punch contains around 37.5 joules of energy.=F2: On an average and with continued consistency, it would take around 15 hits to break a boulder."}, {"question": "How many units (500 cc) of blood are donated each day in the United States?", "program": "PROGRAM:=Q1: How much blood is donated in the US each day?=Q2: How many cc of blood is equal to one unit?=A1: 500 cm**3=A2: 20346588 cm**3=Q2 -> A1 | F1=Q1 -> A2 | F2=P: Div (Q1, Q2)", "answer": "40700", "context": "CONTEXT:=F1: 500 cc of blood is equal to one unit=F2: Around 20346588 cc of blood is donated each day in the US"}, {"question": "What is the number of deliveroo drivers in London?", "program": "PROGRAM:=Q1: Into how many sectors is the area of London divided for distribution of orders to deliveroo drivers?=Q2: How many drivers are assigned to a single sector by deliveroo?=A1: 50=A2: 5000=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "250000", "context": "CONTEXT:=F1: London is divided into 50 sectors by deliveroo.=F2: Each sector has about 5000 deliveroo drivers."}, {"question": "How much water does your household use each week?", "program": "PROGRAM:=Q1: How much water does a household use daily on an average?=Q2: What is the duration of a week in days?=A1: 500 L=A2: 7=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "3500 L", "context": "CONTEXT:=F1: The average water consumption at a median household is 500 litres per day.=F2: The duration of a week in days is 7."}, {"question": "What is the mass of all the gasoline a car uses in its lifetime?", "program": "PROGRAM:=Q4: What is the density of gasoline?=Q3: How many gallons of gasoline does a car use in its lifetime?=Q1: What is the average lifetime of a car?=Q2: What is the annual fuel consumption of a normal car?=A1: 12 years=A2: 656 gal*year**-1=A3: 3.02 kg*gal**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=Q3 -> Mul (Q1, Q2)=Q4 -> A3 | F3=P: Mul (Q3, Q4)", "answer": "23773 kg", "context": "CONTEXT:=F1: The average lifetime of a car is 12 years.=F2: The annual fuel consumption of a car is 656 gallons per year.=F3: The density of gasoline is 3.02 kg*gal**-1"}, {"question": "If all humans suddenly switched to eating insects instead of all other forms of meat, how large would the farmed insect population per year be?", "program": "PROGRAM:=Q1: What is the total amount of meat consumption in the world annually?=Q2: What is the size of an average insect?=A1: 1.34e+11=A2: 2.2e-6=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "6.00E+16", "context": "CONTEXT:=F1: The total amount of meat consumption in the world annually is 134e+9 lb=F2: The size of an average insect is 2.2e-6 lb"}, {"question": "If kinetic energy is transfered to thermal energy, how hard do i slap a person to leave a burn?", "program": "PROGRAM:=Q1: At what temperature does the skin experience burns on its surface?=Q2: What is the product of specific heat of skin and mass of the hand slapping the person?=Q3: What is the specific heat of the skin?=Q4: What is the mass of the forearm slapping?=A1: 55 degree=A2: 3.4e+3 J*kg**-1*degree**-1=A3: 1 kg=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "172700 J", "context": "CONTEXT:=F1: The skin experiences burn on its surface when there is a change in 55 degree.=F2: The specific heat of skin is 3.4e+3 J/kg*degree=F3: The mass of the forearm slapping is 1kg"}, {"question": "How much water would need to be evaporated to turn Arizona tropical?", "program": "PROGRAM:=Q1: How much water evaporates, causing a change in one degree temperature?=Q2: What is the temperature to be lowered?=Q3: What is the average temperature of Arizona?=Q4: What is the temperature of a tropical area?=A1: 1e-3 L=A2: 35=A3: 26=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Sub (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "9e-3 L", "context": "CONTEXT:=F1: 1 mL heated with 4.1 J can change the temperature by 1 degree celsius.=F2: An average temperature of Arizona is 35 degree celsius=F3: The average temperature of a tropical area is 26 degree celsius."}, {"question": "How much of the worlds power could be produced if all damable rivers had hydroelectric dams built on them?", "program": "PROGRAM:=Q1: What is the total power generated by all the damable rivers in the world?=Q2: What is the world's average annual power consumption?=Q3: How many damable rivers are there in the world?=Q4: What is the average power generation by a damable river over the year?=A1: 23e+15 W=A2: 45000=A3: 10e+5 W=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "1.95E-06", "context": "CONTEXT:=F1: The average annual power consumption of the world is 23e+15 W.=F2: There are around 45000 damable rivers in the world.=F3: The average power generation by a damable river over the year 10e+5 W."}, {"question": "What portion of all students in the city attends any given school?", "program": "PROGRAM:=Q1: What is the total number of students attending school in an average US city?=Q2: What is the total number of school aged kids in an average US city?=A1: 210843=A2: 242349=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "0.84", "context": "CONTEXT:=F1: The total number of students attending school in an average US city is 210843=F2: The total number of school aged kids in an average US city is 242349"}, {"question": "If I threw a tennis ball from Pluto as fast as humanly possible how long would it take to reach earth", "program": "PROGRAM:=Q1: What is the distance between Pluto and earth?=Q2: What is the maximum speed that a ball can attain after being released by a human?=A1: 5e+9 km=A2: 145 km*hour**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "34482758 hours", "context": "CONTEXT:=F1: The distance between Pluto and Earth is 5e+9 km=F2: The maximum speed that a ball can attain after being released by a human is 145 kmph"}, {"question": "How many seeds are sown every year?", "program": "PROGRAM:=Q1: How many farmers are there in the world?=Q2: How many seeds are sown by an average farmer every year?=A1: 5.7e+8=A2: 1.5e+5=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "8.55E+13", "context": "CONTEXT:=F1: There are 570e+6 farmers in the world.=F2: An average farmer sows about 150000 seeds each year."}, {"question": "How many molecules are in a grain of beach sand?", "program": "PROGRAM:=Q1: What is the volume of a single grain of sand?=Q2: What is the volume of a single molecule of grain of sand?=A1: 8.8e-9 cm**3=A2: 1.5e-23 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "5.87E+14", "context": "CONTEXT:=F1: The volume of a single grain of sand is 8.8e-9 cm cube=F2: The volume of a single molecule of grain of sand is 1.5e-23 cm cube"}, {"question": "What is the volume fraction of the Solar System (from the Sun to Earth) occupied by the Sun, and the planets?", "program": "PROGRAM:=Q1: What is the total volume occupied by the sun and the planets?=Q2: What is the total volume occupied by the solar system?=Q3: What is the total volume of the sun?=Q4: What is the total volume occupied by the three planets?=Q5: What is the volume of earth?=Q6: What is the sum of volumes of mercury and venus?=Q7: What is the volume of mercury?=Q8: What is the volume of Venus?=A1: 2.7e+40 m**3=A2: 1.4e+27 m**3=A3: 1e+21 m**3=A4: 6e+19 m**3=A5: 9.2e+20 m**3=Q8 -> A5 | F5=Q7 -> A4 | F4=Q6 -> Add (Q7, Q8)=Q5 -> A3 | F3=Q4 -> Add (Q5, Q6)=Q3 -> A2 | F2=Q1 -> Add (Q3, Q4)=Q2 -> A1 | F1=P: Div(Q1, Q2)", "answer": "5.18E-14", "context": "CONTEXT:=F1: The total volume of solar system is 2.7e+40 cubic meters=F2: The volume of sun is 1.4e+27 cubic meters=F3: The volume of earth is 1e+21 cubic meters=F4: The volume of mercury is 6e+19 cubic meters=F5: The volume of venus is 9.2e+20 cubic meters"}, {"question": "What is the cumulative total bandwidth of the full human sensorium in Mbps?", "program": "PROGRAM:=Q1: How many bits are sent to the brain in a second?=Q2: What is the time period for the information sent to be processed?=A1: 60 bits=A2: 1 s=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "60 bits*s**-1", "context": "CONTEXT:=F1: Around 60 bits are processed by the human brain in a second.=F2: The time period for the information sent to be processed is 1 s"}, {"question": "How long is the DNA of all of humanity?", "program": "PROGRAM:=Q1: What is the total human population?=Q2: What is the total DNA length in one human?=Q3: How many cells are there in one human body?=Q4: What is the average length of DNA inside a single cell?=A1: 7.2e+9=A2: 10e+12=A3: 6 ft=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "4.32e+23 ft", "context": "CONTEXT:=F1: The total human population is 7.2e+9.=F2: There are around 10e+12 cells in one human body.=F3: The average length of DNA in a single cell is 6 ft."}, {"question": "How much tons of food and water average person consume in his/her whole life?", "program": "PROGRAM:=Q1: What is the average life expectancy?=Q2: What is the total water and food consumption of a person each year?=Q3: What is the total food consumption of a person each year?=Q4: What is the total water consumption of a person each year?=A1: 72=A2: 1996 pounds=A3: 2660979 pounds.=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Add (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.9e+8 pounds", "context": "CONTEXT:=F1: The average life expectancy is 72 years.=F2: The total food consumption of a person each year is 1996 pounds.=F3: The total water consumption of a person each year is 2660979 pounds."}, {"question": "What distance will a ball point pen write?", "program": "PROGRAM:=Q1: How many lines do we have in a notebook?=Q2: What is the average width of a notebook (traversing length of a pen)?=Q3: How many notebooks worth can a ball point pen write?=Q4: How many total lines can a ball point pen write?=A1: 5000=A2: 0.20 m=A3: 1=Q2 -> A2 | F2=Q1 -> A1 | F1=Q3 -> A3 | F3=Q4 -> Mul (Q1, Q3)=P: Mul (Q2, Q4)", "answer": "1000 m", "context": "CONTEXT:=F1: The number of lines in a 200 page notebook is 5000.=F2: The average length of a single line is 0.20 metres.=F3: A ball point pen can write for 1 notebook."}, {"question": "What fraction of volume does one water molecule occupy in a cup of water?", "program": "PROGRAM:=Q1: What is the volume of one molecule of water?=Q2: What is the volume of a cup of water?=A1: 3e-23 cm**3=A2: 250 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "1.20E-25", "context": "CONTEXT:=F1: The volume of one molecule of water is 3e-23 cc=F2: The volume of cup of water is 250 cc"}, {"question": "At what rate (in watts) is energy transferred to your car in a gas station?", "program": "PROGRAM:=Q1: What is the amount of energy that the car is being loaded with?=Q2: How long does it take to transfer that fuel to the car?=A1: 50000 W=A2: 60 s=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "833 W*s**-1", "context": "CONTEXT:=F1: The amount of energy that is being loaded is 50000 W=F2: It took 60 seconds to transfer the energy at the station."}, {"question": "If you could, how much memory space would be needed to store an entire person?", "program": "PROGRAM:=A1: 2.5e+15 bytes=P: A1 | F1 ", "answer": "2.5e+15 bytes", "context": "CONTEXT:=F1: The average memory capacity of a human is 2.5e+15 bytes."}, {"question": "How many times did the wheel of the bus turn on the class excursion?", "program": "PROGRAM:=Q1: What is the average RPM of a bus journey?=Q2: What is the duration of the bus journey?=A1: 3000=A2: 120=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "360000", "context": "CONTEXT:=F1: The average RPM of the wheels of the bus at 40 kmph is 3000=F2: The total duration of the journey is 120 minutes."}, {"question": "If the Sun was the size of the Earth and everything was scaled down, what would the diameter of the Earth be?", "program": "PROGRAM:=Q1: What is the ratio of size of earth to size of sun?=Q2: What is the diameter of the new sun?=Q3: What is the size of earth?=Q4: What is the size of the sun?=A1: 12800 km=A2: 1e+12 km**3=A3: 1.4e+18 km**3=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Div (Q3, Q4)=Q2 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "0.01 km", "context": "CONTEXT:=F1: The diameter of new sun is 12800 km=F2: The size of earth is 1e+12 km**3=F3: The size of sun is 1.4e+18 km**3"}, {"question": "If you add the length of all cables used around the world, what would it add up to?", "program": "PROGRAM:=Q1: What is the average length of a cable?=Q2: How many cables are there in the world?=A1: 200 m=A2: 123e+8=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2.4e+12 m", "context": "CONTEXT:=F1: The average length of awfully-fledged cable is 200 m=F2: There are around 123e+8 cables in the world. (Assumption)"}, {"question": "How much does it cost to fly drones over the planet to provide internet to the entire planet?", "program": "PROGRAM:=Q1: How much does it cost to fly the drone for a sq.km?=Q2: What is the total area of habitable land in the world?=A1: $100 km**-2=A2: 6070285 km**2=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q2, Q1)", "answer": "$607028500", "context": "CONTEXT:=F1: It costs about 100 USD to fly the drone for a sq.km.=F2: The total habitable land in the world is 6070285 km"}, {"question": "How many beats will your heart make in a lifetime?", "program": "PROGRAM:=Q1: What is the average life expectancy?=Q2: How many times does our heart beat in a year?=Q3: How many times does our heart beat in a day?=Q4: How many hours are there in a day?=Q5: How many times does our heart beat in an hour?=Q6: How many minutes are there in an hour?=Q7: How many times does our heart beat in a minute?=Q8: How many days are there in a year?=A1: 72=A2: 365=A3: 24=A4: 60=A5: 80=Q7 -> A5 | F5=Q6 -> A4 | F4=Q5 -> Mul (Q6, Q7)=Q4 -> A3 | F3=Q3 -> Mul (Q4, Q5)=Q8 -> A2 | F2=Q2 -> Mul (Q8, Q3)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "3027456000", "context": "CONTEXT:=F1: The average life expectancy is 72 years=F2: There are 365 days in a year.=F3: There are 24 hours in a day.=F4: There are 60 minutes in an hour.=F5: A normal heart beats 80 times a minute."}, {"question": "How much detail could be resolved with a telescope array the size of, say, Neptune's orbit, compared to current telescope arrays?", "program": "PROGRAM:=Q1: What is the size of Neptune's orbit?=Q2: What is the current array size of telescopes?=A1: 4.5e+9 km=A2: 36 km=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "1.25E+08", "context": "CONTEXT:=F1: The size of Neptune orbit is 4.5e+9 km=F2: The current array size of telescopes is 36 km"}, {"question": "The volume of ice in Antarctica is estimated to be 26 million cubic kilometers. If all of the ice in Antarctica melted, how high (feet) would the oceans rise?", "program": "PROGRAM:=Q1: What is the new depth of the ocean cover?=Q2: What is the old depth of the ocean cover?=Q3: What is the surface area of the ocean cover?=Q4: What is the new total volume of the ocean cover?=Q5: What is the original volume of ocean cover?=Q6: How much of Antarctica's ice melted and formed water in the oceans?=A1: 3.7 km=A2: 316e+6 km**2=A3: 1.3e+9 km**3=A4: 26e+6 km**3=Q6 -> A4 | F4 =Q5 -> A3 | F3=Q4 -> Add (Q5, Q6)=Q3 -> A2 | F2=Q1 -> Div (Q4, Q3)=Q2 -> A1 | F1=P: Sub (Q1, Q2)", "answer": "0.49 km", "context": "CONTEXT:=F1: The old depth of the ocean cover is 3.7 km=F2: The surface area of the ocean cover is 316e+6 km**2=F3: The original volume of the ocean is 1.3e+9 km**3=F4: The volume of Antarctica's ice that joined oceans is 26e+6 km**3"}, {"question": "How many drops of waters are there in all of the Great Lakes?", "program": "PROGRAM:=Q1: What is the total water quantity in the Great Lakes?=Q2: What is the number of lakes connected in the Great Lakes?=Q3: What is the volume of a single drop of water?=Q4: What is the capacity of a typical lake in the Great Lakes?=A1: 5=A2: 0.05 mL=A3: 5e+14 mL=Q4 -> A3 | F3=Q2 -> A1 | F1=Q1 -> Mul (Q2, Q4)=Q3 -> A2 | F2=P: Div (Q1, Q3)", "answer": "5E+16", "context": "CONTEXT:=F1: There are 5 lakes in the Great Lakes.=F2: The volume of a single drop of water is 0.05 ML=F3: The capacity of a typical Great Lake is 500000000000000 ML"}, {"question": "From the people who have been tested positive for covid 19, how many more people are hospitalised in the age 18-30?", "program": "PROGRAM:=Q1: What is the number of people affected with covid that are hospitalised?=Q2: What fraction of the total cases do the 18-30 age bracket constitute of?=Q3: How many people in India are hospitalised with covid?=Q4: What fraction of covid cases in India contribute to the global count?=A1: 0.21=A2: 5e+6=A3: 0.5=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Div (Q3, Q4)=Q2 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2100000", "context": "CONTEXT:=F1: The fraction of 18-30 aged people with Coronavirus in hospitals is 21%=F2: Number of patients admitted in hospital due to covid in India is 5e+6=F3: India constitutes around 50% of overall covid cases currently."}, {"question": "How much fuel could be saved annually if airline passengers emptied their pockets of trash and went to the bathroom in the airport before takeoff?", "program": "PROGRAM:=Q1: What is the total fuel consumed by flights during one year?=Q2: What is the change in mass observed after the new guidelines?=Q3: What is the total number of flights that travel in a year?=Q4: What is the average fuel consumed by a single flight?=Q5: What is the average mass of all the passengers in the plane?=Q6: What is the new mass of all the passengers in the plane?=A1: 100000=A2: 2500 L=A3: 1500=A4: 1400=Q6 -> A4 | F4=Q5 -> A3 | F3=Q2 -> Sub (Q5, Q6)=Q4 -> A2 | F2=Q3 -> A1 | F1=Q1 -> Mul (Q3, Q4)=P: Div (Q1, Q2)", "answer": "2500000 L", "context": "CONTEXT:=F1: The number of flights that travel in a year are 100000=F2: The average fuel consumed by a single flight is 2500 L=F3: The average mass of all the passengers in the plane is 1500 kg. [estimate]=F4: The average new mass of the passengers in the plane after removing everything from their pockets and going to the washroom before is 1400 kg. [estimate]"}, {"question": "What proportion of the world's grain supply is made into flour that will subsequently be made into pizza dough?", "program": "PROGRAM:=Q1: How much grain is spent on making Pizzas globally every year?=Q2: What is the total grain supply in the world annually?=A1: 400e+6=A2: 2.2e+9=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "0.18", "context": "CONTEXT:=F1: Roughly, 400e+6 tons of grain was used in making dough for Pizzas. (estimate)=F2: Around 2.2e+9 tons of grain is grown every year."}, {"question": "How big will the first computer be if it's specifications was today's high-end computer?", "program": "PROGRAM:=Q1: What is the approximate size of the first computer?=Q2: What is the rough ratio of availability of high end specifications with that of a current computer to that of a first computer?=Q3: What is the computing power of the first computer?=Q4: What is the computing power of the current computer?=A1: 1800 ft**2=A2: 50 cycles*s**-1=A3: 2e+11 cycles*s**-1=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q4, Q3)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "7.2e+12 ft**2", "context": "CONTEXT:=F1: The approximate size of the first computer is 1800 sq. ft.=F2: The computing power of the first computer is 50 cycles per second.=F3: The computing power of the current computer is 2e+11 cycles per second."}, {"question": "How many pieces of popcorn does is take to fill a cinema?", "program": "PROGRAM:=Q1: What is the average volume of a cinema hall?=Q2: What is the average volume of a single popcorn?=A1: 6900 ft**3=A2: 0.00005 ft**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "138000000", "context": "CONTEXT:=F1: The average volume of a cinema hall is 6900 cubic feet.=F2: The average volume of a popcorn is 0.00005 cubic feet."}, {"question": "How many trees would need to be planted to lower the average global temperature by one degree?", "program": "PROGRAM:=Q1: What is the change in temperature that is aimed to be brought down by?=Q2: What is the change in temperature produced by planting a single tree?=A1: 1=A2: 1e-16=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "1.00E+16", "context": "CONTEXT:=F1: The change in temperature that has to be brought down is 1 degree.=F2: The change in temperature caused by planting a single tree is"}, {"question": "How much water would be saved in a year if the water used to flush is halved?", "program": "PROGRAM:=Q1: How much water is flushed every year on an average?=A1: 8.5e+11 gal=Q1 -> A1 | F1=P: Div (Q1, 2)", "answer": "4.25e+11 gal", "context": "CONTEXT:=F1: Half of world water wastage (i.e. half of 1.7 trillion gallons) comes from flush water."}, {"question": "Estimate the total amount of time 19 year olds in the US spent during this past semester studying for exams in college.", "program": "PROGRAM:=Q1: What is the duration of a semester in months?=Q2: How many hours did a 19 year old study in a month on an average?=Q3: How many hours did a 19 year old study in a day?=Q4: How many days are there in a month?=A1: 4 month=A2: 3 hours/day=A3: 30 days/month=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "360 hours", "context": "CONTEXT:=F1: The duration of a semester in months is 4.=F2: A 19 year old student studies for 3 hours on an average daily.=F3: There are 30 days in a month."}, {"question": "How many days would it take a sound wave to travel the same distance at sea level on Earth?", "program": "PROGRAM:=Q1: What is the circumference of earth?=Q2: What is the speed of sound at sea level in km/day?=A1: 40075 km=A2: 29393 km*day**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "1.4 days", "context": "CONTEXT:=F1: The circumference of earth is 40075 km=F2: The speed of sound at sea level is 29393 km per day"}, {"question": "Roughly how many colonies of E. coli strain EAEC can you grow on an agar plate in 24 hours?", "program": "PROGRAM:=Q1: What is the rate at which the colonies grow?=Q2: How many hours are there in a day?=A1: 8.3e+10 h**-1=A2: 24 h=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.99E+12", "context": "CONTEXT:=F1: The rate at which the colonies grow is 8.3e+10 cells per hour.=F2: There are 24 hours in a day."}, {"question": "What is the smallest-sized swimming pool (or lake) that I can drop a human body into without it becoming a health risk to anyone who drinks the water?", "program": "PROGRAM:=Q1: What is the volume of the human body?=Q2: What is the ratio of volume of human body to pool for the human body significance to be negligible=A1: 62000 cm**3=A2: 0.0001=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "6.2e+8 cm**3", "context": "CONTEXT:=F1: The average volume of human body is 62000 cc=F2: the ratio of volume of human body to pool for the human body significance to be negligible is 0.0001"}, {"question": "How much would it cost to buy every Steam game?", "program": "PROGRAM:=Q1: How many paid games are there on Steam?=Q2: What is the average cost of a game on steam?=A1: 20000=A2: $6=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "$120000", "context": "CONTEXT:=F1: Around 20000 games on steam are paid ones.=F2: The average cost of a game on steam is 6 USD"}, {"question": "What is the volume, in cubic meters of the fat contained in all the obese people in the US?", "program": "PROGRAM:=Q6: What is the density of fat in pounds per cubic meter?=Q5: Assume that the average American is 10% overweight. How many pounds of fat does the U.S. population carry?=Q1: What is the population of the US?=Q2: What is the fat contained by a single person if they're overweight?=Q3: What is the average weight of a person in the US?=Q4: What percent of fat does an average person in the US have?=A1: 320000000=A2: 198 pounds=A3: 0.1=A4: 2020 pounds*m**-3=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul(Q3, Q4)=Q1 -> A1 | F1=Q5 -> Mul (Q1, Q2)=Q6 -> A4 | F4=P: Div (Q5, Q6)", "answer": "3136634 m**3", "context": "CONTEXT:=F1: The population of US 320000000=F2: The average weight of a person in the US is 90 kg=F3: An average US person has about 10 percent of his body weight as fat.=F4: The density of average body fat is 2020 pounds per cubic meter"}, {"question": "How many square feet of toilet paper are in the school at any point of time?", "program": "PROGRAM:=Q1: What is the surface area of a toilet paper when spread out?=Q7: how many toilet paper rolls are there in a school?=Q8: How many toilet paper rolls are there in total when all the lavatories in the school are considered?=Q2: What is the number of lavatories in a school?=Q3: What is the backup stock quantity of toilet papers in the school?=Q4: How many toilet paper rolls are there in a single lavatory?=Q5: How many students in a school?=Q6: How many students can a lavatory service?=A1: 88 in**2=A2: 13=A3: 450=A4: 40=A5: 516=A6: 1=Q6 -> A4 | F2=Q5 -> A5 | F3=Q2 -> Div(Q5, Q6)=Q4 -> A6 | F6=Q8 -> Mul(Q2, Q4)=Q3 -> A3 | F4=Q7 -> Add(Q8, Q3)=Q1 -> A1 | F1=P: Mul(Q1, Q7)", "answer": "40774 in ** 2", "context": "CONTEXT:=F1: Surface area of toilet paper roll is 88 sq. in=F2: 1 lavatory for 40 students as per K-12 Toilet Requirement Summary by CDE.=F3: A typical US School has 516 students.=F4: There are an average of 450 toilet paper rolls as back-up stock in a school.=F6: Number of toilet paper rolls in a lavatory is 1."}, {"question": "What is the increase in potential energy after climbing an average sized hill?", "program": "PROGRAM:=Q1: What is the distance covered while climbing an average sized hill?=Q2: What is the product of mass of the person and acceleration due to gravity?=Q3: What is the mass of an average human?=Q4: What is the value of acceleration due to gravity?=A1: 600 m=A2: 62 kg=A3: 10m*s**-2=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "372000 J", "context": "CONTEXT:=F1: The distance covered in climbing a hill is 600 m=F2: The mass of an average human is 62 kg=F3: The acceleration due to gravity value is 10 m/s**2"}, {"question": "How much electrical power is needed to move a train from rest?", "program": "PROGRAM:=Q1: How many cars' force is enough to make a train move from rest?=Q2: What is the horsepower of an average car?=A1: 12=A2: 190 hp=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2280 hp", "context": "CONTEXT:=F1: The Force exerted by 12 cars is enough to move a train.=F2: The average horsepower of a single car is 190"}, {"question": "How many Gluesticks Fit in a Horse?", "program": "PROGRAM:=Q1: What is the volume of a horse?=Q2: What is the volume of a glue stick?=A1: 500000 cm**3=A2: 100 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "5000", "context": "CONTEXT:=F1: The volume of a horse is 500000 cc=F2: The volume of glue stick is 100 cc"}, {"question": "Approximately how much memory does the human brain hold?", "program": "PROGRAM:=A1: 2.5e+12 bytes=P: A1 | F1 ", "answer": "2.5e+12 bytes", "context": "CONTEXT:=F1: The human brain can store a maximum bytes of 2.5e+12 bytes"}, {"question": "If a self driving car could follow the curvature of the road exactly, would the difference in the distance it traveled vs an average human, that makes minute swerves constantly, be?", "program": "PROGRAM:=Q1: What is the distance travelled by a self-driving car while trying to cover 100 km without any minute swerve?=Q2: What is the distance travelled by a human in covering 100 km including minute swerve?=Q3: For a single km, how much distance in total does a human cover if the minute swerves were included?=Q4: What is the total distance to be covered?=A1: 100 km=A2: 1.1=A3: 100 km=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Sub (Q2, Q1)", "answer": "10 km", "context": "CONTEXT:=F1: The total distance travelled by the self-driving car is 100 km as it does not encounter any minute swerve.=F2: For a single km, a human travels a total of 1.1=F3: The total distance to be covered is 100 km"}, {"question": "How many drops of lemon juice should be added to a liter of water to reach a pH of 5?", "program": "PROGRAM:=Q1: What is the change in pH level that is to be achieved?=Q2: What is the change in pH level of water when added one drop of lemon juice?=A1: 2=A2: 0.1=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "20", "context": "CONTEXT:=F1: The change is pH that is to be achieved is 2=F2: The change in pH when one drop of lemon juice is added is 0.1 (assumption)"}, {"question": "How many fermi problems were answered on earth yesterday?", "program": "PROGRAM:=Q1: How many fermi problem enthusiasts are there in the world?=Q2: How many fermi problems are solved by fermi problem enthusiasts each day?=A1: 2500=A2: 10=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q2, Q1)", "answer": "25000", "context": "CONTEXT:=F1: There are 2500 fermi problem enthusiasts in the world.=F2: Around 10 fermi problems are solved an average enthusiast each day."}, {"question": "On average, what percent of people in the world are eating at any one time?", "program": "PROGRAM:=Q1: What is the number of people eating at any given point of time?=Q2: What is the total population in the world?=Q3: In how many time zones, is it a meal time at any given point of time?=Q4: How many people belong to a single timezone?=Q5: What fraction of people are eating at any point of time?=Q6: What is the numerical coefficient to convert fraction into percent?=A1: 7.2e+9=A2: 9=A3: 300000000=A4: 100=Q4 -> A3 | F3 =Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=Q5 -> Div (Q1, Q2)=Q6 -> A4 | F4=P: Mul (Q5, Q6)", "answer": "37.5", "context": "CONTEXT:=F1: The total population of the world is 7.2e+9=F2: At any given point of time, it is a meal time in 9 timezones.=F3: Around 300000000 people live in a single timezone on an average.=F4: The numerical coefficient to convert fraction into percent is 100"}, {"question": "How many days would it take a person, working continuously, to peel all the onions consumed by U.S. in the year 2000?", "program": "PROGRAM:=Q4: What is the number of onions a person can peel in a day working continuously?=Q3: How many pounds of onions were eaten in the U.S. in 2000?=Q1: What is the total food consumption of the US in 2000?=Q2: What percent of every food item contains onions in them?=A1: 1.7e+11 pounds=A2: 0.1=A3: 1000 pounds*day**-1=Q2 -> A2 | F2=Q1 -> A1| F1=Q3 -> Mul (Q1, Q2)=Q4 -> A3 | F3=P: Div (Q3, Q4)", "answer": "17000000 days", "context": "CONTEXT:=F1: The total food consumption of the US in 2000 is 1.7e+11 pounds.=F2: 10 percent of every food item is made of onions.=F3: Around 1000 onions can be peeled by a person working continuously."}, {"question": "If the entire world population started mining bitcoin with pen and paper, how long would it take until a block was mined?", "program": "PROGRAM:=Q1: How many minutes does it take to mine a single block of bitcoin?=Q2: What is the ratio of computational power of the total human population to that of the PC used to mine bitcoin?=Q3: What is the computational power of the PC?=Q4: What is the collective computational power of the human population?=Q5: What is the computational power of a single human?=Q6: What is the total population in the world?=A1: 10 min=A2: 72e+12 W=A3: 1 W=A4: 7.2e+9=Q6 -> A4 | F4=Q5 -> A3 | F3=Q4 -> Mul (Q5, Q6)=Q3 -> A2 | F2=Q2 -> Div (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "100000 min", "context": "CONTEXT:=F1: It takes 10 minutes to mine a single block of bitcoin.=F2: The computational power of the PC is 72e+12 W=F3: The computational power of a single human is 1 W=F4: There are 7.2e+9 humans in the world."}, {"question": "How much money could the city of South Bend save this year by shortening the work day of all city employees by one hour?", "program": "PROGRAM:=Q1: What is the total working class population of South Bend?=Q2: How much money is lost by a single employee over the year if he works one hour less?=Q3: What is the hourly pay?=Q4: What is the number of working days in a year?=A1: 78380=A2: $16=A3: 300=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul ( Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "$376224000", "context": "CONTEXT:=F1: The total working class population of South Bend is 78380=F2: The average hourly pay in South Pay is 16 USD=F3: There are 300 working days in a year."}, {"question": "Assume that the average American is 10% overweight. How many pounds of fat does the U.S. population carry?", "program": "PROGRAM:=Q1: What is the population of the US?=Q2: What is the fat contained by a single person if they're overweight?=Q3: What is the average weight of a person in the US?=Q4: What percent of fat does an average person in the US have?=A1: 320000000=A2: 198 pounds=A3: 0.1=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul(Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "6336000000 pounds", "context": "CONTEXT:=F1: The population of US 320000000=F2: The average weight of a person in the US is 198 pounds=F3: An average US person has about 10 percent of his body weight as fat."}, {"question": "How many straws are used in a day in the whole world?", "program": "PROGRAM:=Q1: How many cafes and restaurants are there in the world?=Q2: How many beverages are sold on an average daily in a restaurant?=A1: 15e+6=A2: 100=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.50E+09", "context": "CONTEXT:=F1: There are around 15e+6 restaurants and cafes combined in the world.=F2: An average of 100 beverages are sold each day in a restaurant/cafe."}, {"question": "How many bullets (projectiles powered by black powder) have been fired throughout history?", "program": "PROGRAM:=Q1: How many bullets are fired in a year on an average?=Q2: How many years has it been since the gun was fired for the first time?=A1: 1e+11=A2: 161=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.61E+13", "context": "CONTEXT:=F1: 1e+11 rounds of bullets are fired each year on an average.=F2: It has been 161 years since the bullet has been fired for the first time?"}, {"question": "How far does the average american live from the power plant that generates their electricity?", "program": "PROGRAM:=A1: 50 mi=P: A1 | F1", "answer": "50 mi", "context": "CONTEXT:=F1: An average american lives around 50 miles from the powerplant that generates electricity. (since power stations are located on the outskirts of a city/town and it takes 50 miles roughly to reach the outskirts of any city)"}, {"question": "How many piano tuners are there in New York?", "program": "PROGRAM:=Q1: What is the average number of Piano Tuners, a single musical store in New York is associated with?=Q2: What is the number of musical stores in New York that sell Pianos?=A1: 2=A2: 500=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1000", "context": "CONTEXT:=F2: The approximate number of Musical Stores that sell Pianos in New York is around 500.=F1: Assuming that each Musical Store is associated with a minimum of 2 Piano Tuners."}, {"question": "What is the total height, in km, of all of the world's people?", "program": "PROGRAM:=Q1: What is the population of the world?=Q2: What is the average height of the world's people?=A1: 7e+9=A2: 0.0017 km=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q2, Q1)", "answer": "11900000 km", "context": "CONTEXT:=F1: The population of the world is 7e+9=F2: The average height of world's people is 0.0017 km"}, {"question": "How fast can brain neurons carry a signal?", "program": "PROGRAM:=Q1: What is the average length of a neuron in the human body?=Q2: What is the reaction time of the brain for any stimuli?=A1: 10 m=A2: 0.15 s=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "66.6 m*s**-1", "context": "CONTEXT:=F1: The average distance of a neuron is 1 metre=F2: The reaction time by the brain on an average is 0.15 sec"}, {"question": "How many litres of water does the school use each week?", "program": "PROGRAM:=Q1: What is the duration of the week in days?=Q2: What is the total water consumption by students in the school?=Q3: What is the individual water consumption of a student?=Q4: What is the total number of students in the school?=A1: 7=A2: 18 L=A3: 516=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "65016 L", "context": "CONTEXT:=F1: There are 7 days in a week.=F2: An average student's water consumption per day amounts to 18 litres=F3: The total number of students in the school is 516"}, {"question": "What fraction of the Moon's volume is represented by this new lunar ocean?", "program": "PROGRAM:=Q5: What is the new volume of the moon?=Q6: What is the volume of the lunar ocean?=Q1: What is the volume of the oceans?=Q2: What is the volume of the moon?=A1: 1.4e+18 m**3=A2: 2e+19 m**3=Q2 -> A2 | F2=Q1 -> A1 | F1=Q5 -> Add(Q1, Q2)=Q6 -> A1 | F1=P: Div (Q6, Q5)", "answer": "0.065", "context": "CONTEXT:=F1: The total volume of Earth's oceans is 1.4e+18 cubic meters=F2: the volume of the moon is 2e+19 cubic meters"}, {"question": "For the United States, how many cars would have their fuel needs met for one year by the fat contained by all obese people?", "program": "PROGRAM:=Q1: What is the total gasoline consumption by a single car for over a year?=Q2: If a gram of fat delivers the same energy content as a gram of gasoline, how many gallons of gasoline are equivalent to the fat carried by the obese people in this country?=Q3: What is the fat equivalent of overweight people in the country?=Q4: How many pounds make up a single pound of gasoline?=A1: 6336000000 pounds=A2: 6 pounds/gallon=A3: 656 gallons=Q4 -> A2 | F2=Q3 -> A1 | F1=Q1 -> Div (Q3, Q4)=Q2 -> A3 | F3=P: Div (Q1, Q2)", "answer": "1609756", "context": "CONTEXT:=F1: The fat equivalent of obese people in the country is 6336000000 pounds=F2: 6 pounds make up a single gallon of gasoline.=F3: An average car consumes about 656 gallons per year"}, {"question": "What is the total length of waterslides in the United States?", "program": "PROGRAM:=Q1: Approximately, how many waterslides are there in the US?=Q2: What is the length of an average waterslide?=A1: 2350=A2: 650 ft=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1527500 ft", "context": "CONTEXT:=F1: There are around 2350 water slides in the US=F2: The length of an average waterslide is 650 ft"}, {"question": "What is the volume of a Steak 'n Shake Restaurant?", "program": "PROGRAM:=Q1: What is the surface area of a Steak 'n Shake Restaurant?=Q2: What is the height of the ceiling in the restaurant?=A1: 2512 ft**2=A2: 32 ft=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "68864 ft**3", "context": "CONTEXT:=F1: The surface area of a Steak 'n Shake restaurant is 2152 sq. ft=F2: The height of the ceiling in the restaurant is 32 feet."}, {"question": "In Bendix Woods near the old test track, the word STUDEBAKER is spelled out in pine trees so that it is visible from the air. How many pine trees were required?", "program": "PROGRAM:=Q1: What is the total number of trees required for a single alphabet?=Q2: How many alphabets are there in the word?=Q3: What is the area required to display one alphabet?=Q4: How many trees can be fit in a single square metre?=A1: 10=A2: 100 meters**2=A3: 1 meters**-2=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1000", "context": "CONTEXT:=F1: The total alphabets to be displayed are 10=F2: The total area required to display one alphabet is 100 meter square=F3: 1 tree can be fit in a square meter."}, {"question": "How many cubic metres of salt are in the oceans?", "program": "PROGRAM:=Q1: What is the percent of salt present in the oceans?=Q2: What is the total volume of water in the oceans?=A1: 0.23=A2: 1.3e+18 m**3=Q2 -> A2| F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "3e+17 m**3", "context": "CONTEXT:=F1: 23% of oceans are filled with salt.=F2: The total volume of water in the oceans is 1.3e+18 cubic meters"}, {"question": "What is the total number of copies of newspapers printed in the United States every day?", "program": "PROGRAM:=Q1: How many newspapers are produced in the US every year?=Q2: How many days are there in a year.=A1: 46000000=A2: 365=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "126030", "context": "CONTEXT:=F1: 460000000 newspapers are produced every year.=F2: There are 365 days in a year."}, {"question": "How many times would you need to stream a movie before it would be more efficient to own a physical copy.", "program": "PROGRAM:=Q1: What is total CO2 emissions in manufacturing a physical DVD copy?=Q2: What is the total CO2 emissions in streaming the movie once?=Q3: What is the average length of a movie?=Q4: What is the average CO2 emissions per minute when a movie is being played on an electrical device.=A1: 450 g=A2: 90 min=A3: 12 g*min**-1=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "0.4", "context": "CONTEXT:=F1: The total CO2 emissions in producing and owning a DVD copy is 450 grams.=F2: The average run time of a movie is 90 min=F3: Around 12 grams of CO2 is produced every minute when streamed on an electrical device."}, {"question": "How much gas is used waiting for traffic lights to change?", "program": "PROGRAM:=Q1: What is the average time interval between red and green lights?=Q2: What is the rate of fuel combustion in an average car?=A1: 90 sec=A2: 2.7e-5 gal*sec**-1=Q2 -> A2 | F3=Q1 -> A1 | F2=P: Mul (Q2, Q1)", "answer": "0.002 gal", "context": "CONTEXT:=F2: The average time interval between a red and green light is 90 sec=F1: Assuming here that the wasted gas is due to not turning off the vehicle at traffic signals.=F3: Average fuel combustion rate in a car is 2.7e-5 gallons per sec"}, {"question": "If all man made things left unmanaged, how long would it take mother earth to remove all signs, on the surface of the planet, of anything man made?", "program": "PROGRAM:=Q1: Approximately how many man made signs are there on earth?=Q2: What is the average time taken to uproot a single sign?=A1: 1e+12=A2: 5 min=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "5e+12 min", "context": "CONTEXT:=F1: There are roughly 1e+12 man made signs in the world.=F2: The average time taken to uproot a single sign is 5 min"}, {"question": "What is the value of all items on display at an average Target?", "program": "PROGRAM:=Q1: How many items are on display at an average Target?=Q2: What is the average cost of an item in the Target store?=A1: 50000=A2: $2=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "$100000", "context": "CONTEXT:=F1: There are around 50000 items on display at an average Target.=F2: The average cost of an item at Target is 2 USD"}, {"question": "How many pop-its would it take to make an explosion the size of the Hiroshima bomb?", "program": "PROGRAM:=Q1: How much energy was liberated when the Hiroshima bomb exploded?=Q2: how much energy gets liberated when a pop-it bursts?=A1: 63e+12 J=A2: 1e-3 J=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "6.30E+16", "context": "CONTEXT:=F1: Around 63e+12 J of energy was liberated when the Hiroshima bomb took off.=F2: Around 1e-3 J is liberated when a pop-it is burst."}, {"question": "How many sheets of paper could be stacked from the floor to the ceiling?", "program": "PROGRAM:=Q1: What is the average height of a ceiling in a room?=Q2: What is the thickness of a single sheet of paper?=A1: 108.2 in=A2: 0.003 in=Q2 -> A2|F2=Q1 -> A1|F1=P: Div(Q1, Q2)", "answer": "36,066", "context": "CONTEXT:=F1: The average ceiling height in a room is 108.2 inches=F2: The thickness of a single sheet of paper is 0.003 inches"}, {"question": "What is the monetary value of owning all Picasso paintings?", "program": "PROGRAM:=Q1: How many paintings has Picasso painted?=Q2: What is the average value of a Picasso's painting?=A1: 5e+4=A2: 1e+8=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "$5e+12", "context": "CONTEXT:=F1: Picasso has created around 50000 artworks?=F2: The average market value of a Picasso's painting is 100e+6 USD"}, {"question": "How much salt is 1 million grains?", "program": "PROGRAM:=Q1: What is the mass of 1 grain of salt?=Q2: What is the number of grains of salt given?=A1: 0.0000585 g=A2: 1e+6=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "58.5g", "context": "CONTEXT:=F1: The approximate mass of one grain of salt is 0.0000585 g=F2: The number of grains of salt given are 1e+6"}, {"question": "How many humans to have ever lived on this planet until this moment?", "program": "PROGRAM:=Q1: How many years has it been since the human civilisation had started?=Q2: How many people are born each year?=A1: 6e+6=A2: 140e+6=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "8.40E+14", "context": "CONTEXT:=F1: It has been a total of 6e+6 years since civilization started.=F2: 140e+6 people are born every year in the world."}, {"question": "What is the volume fraction of a gold atom occupied by matter?", "program": "PROGRAM:=Q1: What is the volume of a single gold nucleus?=Q2: What is the volume of the gold atom?=A1: 12e-39 cm**3=A2: 12e-24 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "1.00E-15", "context": "CONTEXT:=F1: The volume of single gold nucleus is 12e-39 cc=F2: The volume of gold atom is 12e-24 cc"}, {"question": "How much water is used by the population of New York per day?", "program": "PROGRAM:=Q1: What is the population of New York?=Q2: What is the average water usage of an American Citizen in a day?=A1: 8400000=A2: 100 gal=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "840000000 gal", "context": "CONTEXT:=F1: The population of New York is 8.4 million=F2: The average water usage of an American Citizen in a day is 100 gallons"}, {"question": "How many water molecules are in a typical adult human male?", "program": "PROGRAM:=Q1: What is the volume of water present in a typical adult male?=Q2: What is the volume of a single water molecule?=Q3: What percent of the volume of the adult male is covered by water?=Q4: What is the average volume of an adult male?=A1: 3e-23 cm**3=A2: 0.6=A3: 62000 cm**3=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Div (Q1, Q2)", "answer": "1.20E+27", "context": "CONTEXT:=F1: The volume of water molecule is 3e-23 cubic cm=F2: An average human body body is filled with 60% water=F3: The average volume of a human body is 62000 cubic cm"}, {"question": "Estimate the angular momentum of the earth due to its daily rotation about its axis.", "program": "PROGRAM:=Q1: What is the angular velocity of the Earth's rotation?=Q2: What is the moment of Inertia of Earth w.r.t to its own axis?=Q3: What is the numerical coefficient in the expression for moment of inertia?=A1: 0.000072 s**-1=A2: 1.525e+31 kg*meters**2=A3: 0.4=Q1 -> A1 | F1=Q3 -> Mul (Q1, 0.4)=Q2 -> A2 | F2=P: Mul (Q3, Q2)", "answer": "4.39e+26 kg*meters**2*s** -1", "context": "CONTEXT:=F1: The angular velocity of the Earth's rotation is 0.000072 /sec=F2: The moment of inertia of earth w.r.t to its own axis is 15.25 * 10^30 kg-sq.m=F3: The numerical coefficient in the expression for moment of inertia is 0.4"}, {"question": "How much worse is it to smoke for 5 years than to breath second-hand smoke for 5 years?", "program": "PROGRAM:=Q1: How many times does an average smoker visit his doctor w.r.t their lung problems?=Q2: How many times does an average second-hand smoker visit his doctor w.r.t their lung problems?=A1: 4=A2: 4=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "1", "context": "CONTEXT:=F1: The number of times an average smoker visits his doctor w.r.t their lung problems is the same number as that of a second hand smoker (4).=F2: The number of times a second hand smoker visits his doctor w.r.t their lung problems is the same number as that of a normal smoker (4)."}, {"question": "How much CO2 is currently stored inside of unopened containers of soda?", "program": "PROGRAM:=Q1: How much CO2 is in a can of soda?=Q2: How many soda cans are manufactured each day?=A1: 0.17 kg=A2: 1e+9=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.7e+8 kg", "context": "CONTEXT:=F1: 170g of CO2 is there in a can of soda.=F2: Around 1e+9 cans are made every day."}, {"question": "How many people have been to exactly two countries?", "program": "PROGRAM:=Q1: Approximately how many people have been abroad till now?=Q2: What percent of people have been to exactly two countries?=A1: 500e+6=A2: 0.3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "150000000", "context": "CONTEXT:=F1: Around 500 million people have been abroad till now.=F2: Around 30% of people have visited exactly two countries. [assumption]"}, {"question": "What volume would the contents of a typical cylinder of oxygen occupy if it were uncompressed?", "program": "PROGRAM:=Q1: What is the average volume present in a single cylinder?=Q2: What is the compression ratio used to compress oxygen into a cylinder?=A1: 340L=A2: 10=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "3400 liters", "context": "CONTEXT:=F1: The quantity of Oxygen in a cylinder is 340L=F2: The standard compression ratio used while filling oxygen in a cylinder is 10:1"}, {"question": "I was discussing with a friend about this: \"If scientists wanted to lengthen the day to 25 hours, the easiest way would be using giant rockets to counter the rotational speed of the Earth\". How much Newtons or KgF would be needed to add another hour to the day?", "program": "PROGRAM:=Q1: What is the time duration for which the SLS rockets have to be deploying their thrusts?=Q2: What is the product of mass and velocity of the rockets?=Q3: What is the mass of the rockets?=Q4: What is the velocity of the rockets?=A1: 10e+21 s=A2: 1.4e+25 kg=A3: 11111 m*s**-1=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "1.5e+7 kg*m*s**-2", "context": "CONTEXT:=F1: The time duration for which the SLS rockets have to be deploying their thrust is 10e+21 s.=F2: The mass of the rockets is 1.4e+25 kg=F3: The velocity of the rockets is 11111 m*s**-1"}, {"question": "How much does buoyancy in air affect the weight of the average person?", "program": "PROGRAM:=Q1: What is the average mass of the body in air?=Q2: What is the force of gravity acting on the body?=Q3: What is the density of air?=Q4: What is the volume of an average human?=A1: 10 m*s**-2=A2: 1.2 kg*m**-3=A3: 0.0644 m**3=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "0.77 kg*m*s**-2", "context": "CONTEXT:=F1: The force of gravity acting on body is 10 m*s**-2=F2: The density of air is 1.2 kg/m**3=F3: The volume of average human is 0.0644 m**3"}, {"question": "How many people did Obama physically touch during his presidency?", "program": "PROGRAM:=Q1: How many people do we shake hands with, each year, on an average?=Q2: What is the duration of Obama's presidency?=Q3: What percent of people did President shake hands with more than once?=Q4: What is the total number of people Obama shook hands in his eight years?=Q5: What is the total number of people Obama shook hands more than once?=A1: 2000=A2: 8=A3: 0.3=Q2 -> A2 | F2=Q1 -> A1 | F1=Q4 -> Mul (Q1, Q2)=Q3 -> A3 | F3=Q5 -> Mul (Q3, Q4)=P: Sub (Q4, Q5)", "answer": "11200", "context": "CONTEXT:=F1: President shakes hands with 2000 people in a year on an average.=F2: The duration of Obama's presidency was 8 years.=F3: President Obama shook hands with around 30% people more than once."}, {"question": "How many golf balls can be fit in a typical suitcase?", "program": "PROGRAM:=Q1: What is the average volume of a single suitcase?=Q2: What is the average volume of a single golf ball?=A1: 75000 cm**3=A2: 40.6 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "1840", "context": "CONTEXT:=F1: The average volume of a suitcase is 75000 cubic cm=F2: The average volume of a single gold ball is 40.672693 cubic cm"}, {"question": "How many kilobytes does the Voyager golden record hold", "program": "PROGRAM:=Q1: What is the surface area available to write data on the Voyager golden record?=Q2: What is the amount of data that can be written on a single in**2 of the record?=A1: 113 in**2=A2: 0.61 kB*in**-2=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q2, Q1)", "answer": "68.93 kB", "context": "CONTEXT:=F1: The surface area available to write data on the Voyager golden record is 113 in**2=F2: The amount of data that can be written on a single in**2 of the record is 0.61 kB*in**-2"}, {"question": "For every inch in height you gain, how many more miles of blood vessels will you grow?", "program": "PROGRAM:=Q1: What is the total length of blood vessels in a human body?=Q2: What is the numerical factor on which the length of blood vessels depends on the change in height of an average human?=Q3: What is the new length of blood vessels in the body?=Q4: What is the total length of blood vessels in a human body?=A1: 60000 mi=A2: 1=A3: 60000 mi=Q4 -> A3 | F3=Q2 -> A2 | F2=Q3 -> Mul (Q2, Q4)=Q1 -> A1 | F1=P: Sub (Q1, Q3)", "answer": "0 mi", "context": "CONTEXT:=F1: The total length of blood vessels is 60000 mi.=F2: Since length of blood vessels does not depend on change in height of an average human body, the numerical factor is 1.=F3: The total length of blood vessels is 60000 mi."}, {"question": "Consider a liter of air containing mostly nitrogen and oxygen at room temperature and a pressure of 105 Pa. Estimate the average speed of a molecule.", "program": "PROGRAM:=Q1: What is the square of the average speed of the molecule?=Q2: What is the relation between square and actual value of an expression?=Q3: What is the product of volume and pressure of the setting?=Q4: What is the product of mass and avogadro number of the molecule?=Q5: What is the average volume of the setting?=Q6: What is the pressure of the setting?=Q7: What is the average mass of an air molecule?=Q8: What is the avogadro number?=A1: 1/2=A2: 1e-3 m**3=A3: 105 kg*m**-1*s**-2=A4: 2.5e-20 kg=A5: 6e+23=Q8 -> A5 | F5=Q7 -> A4 | F4=Q4 -> Mul (Q7, Q8)=Q6 -> A3 | F3=Q5 -> A2 | F2=Q3 -> Mul (Q5, Q6)=Q1 -> Div (Q3, Q4)=Q2 -> A1 | F1=P: Pow (Q1, Q2)", "answer": "0.0026 m*s**-1", "context": "CONTEXT:=F1: The relationship between square and the normal value of an expression is its square root.=F2: The volume of the setting is 1L=F3: The pressure of the setting is 105 Pa=F4: The average mass of an air molecule is 2.5e-23 g [(N2+O2)/2]=F5: The Avogadro number is 6e+23"}, {"question": "What proportion of Ziploc's annual profit is provided by the illegal drug trade?", "program": "PROGRAM:=Q1: How many ziplocks are used for illegal drug trade on an average?=Q2: What is the average number of ziplocks sold in a year?=A1: 30e+9=A2: 100e+9=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "0.3", "context": "CONTEXT:=F1: Roughly, 30e+9 ziplocks are used for illegal drug trade.=F2: On an average 100e+9 ziplocks are sold every year."}, {"question": "How much force is required for a ping pong ball to break the sound barrier?", "program": "PROGRAM:=Q1: What is the speed at which the ping pong ball should be travelling at, to break the sound barrier?=Q2: What is the ratio of mass of the ball and the time it took to break the sound barrier?=Q3: What is the mass of the ball?=Q4: How much time did it take to break the barrier from the time it was released?=A1: 343 m*s**-1=A2: 3 g=A3: 10 s=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "102.9 g*m*s**-2", "context": "CONTEXT:=F1: The speed at which the ping pong ball should be travelling at, to break the sound barrier should be greater than the speed of sound i.e. 343 m/s=F2: The mass of the ball is 3 g=F3: It took around 10s from the time of launch to approach the sonic barrier."}, {"question": "How much house plants would one need to compensate a carbon footprint of average European?", "program": "PROGRAM:=Q1: What is the annual carbon footprint of an average European?=Q2: How much CO2 do the house plants absorb on an average every year?=A1: 6600 kg=A2: 3 kg=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "2200", "context": "CONTEXT:=F1: The average CO2 footprint of a European is 6600 kg=F2: A single house plant absorbs around 3 kgs of CO2 every year."}, {"question": "If the top 10 Forbes businesses donated 10% of their annual proceeds to schools, how much money would each school in the US receive?", "program": "PROGRAM:=Q1: What is the collective 10% wealth of top 10 billionaires?=Q2: How many schools are there in the US?=Q3: What is total wealth of top 10 billionaires on Forbes=Q4: What is the percentage of their wealth being donated?=A1: 130930=A2: $1153000000000=A3: 0.1=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Div (Q1, Q2)", "answer": "$880623", "context": "CONTEXT:=F1: There are 130930 schools in the US.=F2: The total wealth of top 10 billionaires is around 1153 Billion USD=F3: The percentage of wealth being donated is 10 %"}, {"question": "If a gold nucleus was expanded to a diameter of 1 m, how far away, m, is the electron cloud?", "program": "PROGRAM:=Q1: How far is the electron cloud in a normal nucleus?=Q2: What is the ratio of diameter of the expanded gold nucleus to the normal gold nucleus?=Q3: What is the diameter of the expanded gold nucleus?=Q4: What is the diameter of a normal gold nucleus?=A1: 0.5e-10 m=A2: 1 m=A3: 1.4e-14 m=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "3571 m", "context": "CONTEXT:=F1: The distance between electron cloud and nucleus is 0.52e-10 m=F2: The diameter of expanded gold nucleus is 1 m=F3: The diameter of normal gold nucleus is 1.4e-14 m"}, {"question": "What's the distance of bow-on-string travel for all string players in an average symphony movement ?", "program": "PROGRAM:=Q1: What is the single average travel distance when the bow-on-string is plucked once?=Q2: What is the total number of times the bow-on string is played during each symphony movement?=A1: 5 cm=A2: 100=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "500 cm", "context": "CONTEXT:=F1: The single average travel distance when the bow-on-string is plucked once is 5 cm.=F2: The total number of times the bow-on string is played during each symphony movement is approximately 100."}, {"question": "How much CO2 does a coal-powered power generation plant release into the atmosphere per year?", "program": "PROGRAM:=Q1: How much CO2 does a coal-powered plant release every day?=Q2: How many days are there in a year?=A1: 27e+6 tons=A2: 365=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "9.8e+9 tons", "context": "CONTEXT:=F1: A single power plant releases 27e+6 tons of CO2 every day.=F2: There are 365 days in a year."}, {"question": "How many gallons of paint are on U.S. roads?", "program": "PROGRAM:=Q1: What is the total area of road in the US?=Q2: How many miles are painted with one gallon of paint?=A1: 61000 miles**2=A2: 1.4e-5 mile**2=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "4357142857", "context": "CONTEXT:=F1: The area of US covered with roads is 61000 sq. miles=F2: 1.4e-5 miles are painted with the help of a gallon of paint."}, {"question": "what percentage of animals have seen a human?", "program": "PROGRAM:=Q1: What is the total number of animals that live in inhabitable areas?=Q2: What is the total animal population?=A1: 2.6e+18=A2: 2e+19=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "0.13", "context": "CONTEXT:=F1: The total number of animals that live in inhabitable areas are 2.6e+18=F2: The total animal population is 2e+19"}, {"question": "What is the weight of the water left on body just after a shower?", "program": "PROGRAM:=Q1: What is the approximate number of water drops on our body after a shower?=Q2: What is the mass of an average water drop?=A1: 300=A2: 0.05g=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "15g", "context": "CONTEXT:=F1: The approximate number of water drops on our body after a shower is around 300 (estimate)=F2: The mass of an average water drop is 0.05 g"}, {"question": "How many $1 coins fit in your classroom?", "program": "PROGRAM:=Q1: What is the average volume of a classroom?=Q2: What is the average volume occupied by a one dollar coin in free space?=A1: 7680 ft**3=A2: 0.00004 ft**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "192000000", "context": "CONTEXT:=F1: The average volume of a classroom is 7680 cubic feet.=F2: The average volume occupied by a single dollar coin in freespace is 0.00004 cubic feet."}, {"question": "If the Sun were to collapse into a neutron star, how far is the Earth from the Sun assuming no other changes except reduction in size?", "program": "PROGRAM:=Q1: What would the approximate reduction in radius of the sun be when it turns into a neutron star?=Q2: What is the distance from earth to sun?=A1: 6e+5 km=A2: 1510e+5 km=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Add (Q1, Q2)", "answer": "1516e+5 km", "context": "CONTEXT:=F1: The approximate reduction in radius of the sun is 600000 km=F2: The distance from earth to sun is 151e+6 km"}, {"question": "How many Americans are polled in political polls every year?", "program": "PROGRAM:=Q1: How many agencies conduct the annual political polls with Americans?=Q2: What is the average number of people surveyed by a single agency?=A1: 10=A2: 10000=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "100000", "context": "CONTEXT:=F1: Around 10 major agencies conduct the annual political polls in the country.=F2: Each agency surveys the poll on a total population of around 10000 people."}, {"question": "How long would it take to count to a million?", "program": "PROGRAM:=Q1: How many hours does it take to count to a million?=Q2: How many hours are there in a day?=Q3: How many minutes are there in an hour?=Q4: How many minutes does it take to count to a million?=Q5: How many seconds does it take to count to a million?=Q6: How many numbers are there in a million=Q7: What is the average time taken to count a number?=Q8: How many seconds are there in a minute?=A1: 24 hour/day=A2: 60 minute/hour=A3: 60 second/minute=A4: 1000000=A5: 1 second=Q7 -> A5 | F5=Q6 -> A4 | F4=Q5 -> Mul (Q6, Q7)=Q8 -> A3 | F3=Q4 -> Div (Q5, Q8)=Q3 -> A2 | F2=Q1 -> Div(Q4,Q3)=Q2 -> A1 | F1=P: Div(Q1, Q2)", "answer": "11.5 days", "context": "CONTEXT:=F1: There are 24 hours in a day.=F2: There are 60 minutes in an hour.=F3: There are 60 seconds in a minute.=F4: There are 1000000 numbers in a million=F5: It takes around 1 second to count a number"}, {"question": "Assuming that it has the same density as a gold nucleus, what is the diameter, cm, of an electron?", "program": "PROGRAM:=Q1: What is the 4*diameter cube of the neutron star?=Q2: What is the relation between 4*diameter cube and the diameter of the electron?=Q3: What is the mass of the electron?=Q4: What is the density of the gold nucleus?=A1: 9e-31 kg=A2: 0.02 kg*cm**-3=A3: 1/3=Q4 -> A2 | F2=Q3 -> A1 | F1=Q1 -> Div (Q3, Q4)=Q2 -> A3 | F3=P: Pow (Q1, Q2)", "answer": "3.5e-10 cm", "context": "CONTEXT:=F1: The relation between 4 times the diameter cube and diameter is a cube root.=F2: The mass of electron is 9e-31 kg=F3: The density of gold nucleus is 0.02 kg per cc"}, {"question": "The actual diameter of an atom is about 1 Angstrom. In order to develop some intuition for the molecular scale of a gas, assume that you are considering a liter of air (mostly nitrogen and oxygen ) at room temperature and a pressure of 105 Pa. Calculate the number of molecules in the sample of gas.", "program": "PROGRAM:=Q1: What is the volume of air in the setting?=Q2: What is the total volume of a molecule of air?=Q3: What is the volume of a single atom of N/O?=Q4: What is the number of atoms in a single molecule of air?=Q5: What is the diameter of the atom?=Q6: What is the relationship between diameter and volume of an atom?=A1: 0.001 m**3=A2: 2=A3: 1e-10 m=A4: 3=Q6 -> A4 | F4=Q5 -> A3 | F3=Q4 -> Pow (Q5, Q6)=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "5.00E+26", "context": "CONTEXT:=F1: The volume of air in the setting is 0.001 m**3=F2: The number of atoms in a single molecule of air is 2=F3: The diameter of an atom is 1e-10 m=F4: The volume of an atom is approximately a cube of its diameter."}, {"question": "How much closer was the Moon to Earth when the last dinosaurs roamed?", "program": "PROGRAM:=Q1: What is the distance that Earth moves away from the moon each year?=Q2: How many years has it been when the dinosaurs were last existing?=A1: 4e-5 km*year**-1=A2: 65e+6 years=Q2 -> A2| F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2600 km", "context": "CONTEXT:=F1: The distance that Earth moves away from the moon each year is 4e-5 km.=F2: It has been 65e+6 years since the dinosaurs last existed."}, {"question": "How much would it cost to fill this room with popcorn?", "program": "PROGRAM:=Q1: What is the cost of one tub of popcorn?=Q2: How many tubs of popcorn fit in one room?=A1: $5=A2: 400=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "$2000", "context": "CONTEXT:=F1: The cost of one tub of popcorn is 5 USD=F2: Roughly, 400 tubs of popcorn can be filled in one room."}]