content string | quality_label int64 | meta string | all-MiniLM-L6-v2_embedding list | doc_id int64 | unique_id string |
|---|---|---|---|---|---|
Seeking an Integer Solution to a System of 7000 Simultaneous Nonlinear Equations Involving Sines and Cosines
Jsun Yui Wong
The following computer program seeks to find an integer solution to the trigonometric system on page 22 of La Cruz et al. [5, page 22, Test function 8, Trigonometric function]–http://
www.ime.unic... | 4 | [
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0.0191650390625,
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27 Divided By 3 - QnA (2024)
1. Can 486 be divided by 272. Can 728 be divided by 573. Can 784 be divided by 274. Can 200 be divided by 5?5. Can 267 be divided by 2?
1. 1. Can 486 be divided by 272. Can 728 be divided by 573. Can 784 be divided by 274. Can 200 be divided by 5?5. Can 267 be divided by 2?
Answer:
1.Y... | 4 | [
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0.... | 13,701,201 | 13701201 | |
A student throws a ball vertically upward with an initial velocity of 30 meters per second
The total distance the ball travels is the integral of the absolute value of the velocity function from time t = 0 to the time when the ball hits the ground.
v(t) = h'(t) = -9.8t + 30 |v(t)| = 9.8t - 30 if t ≥ 3 |v(t)| = 30 - 9.... | 5 | [
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0.01611328125... | 13,701,202 | 13701202 | |
Definitions | Software Engineering Handbook
Algorithm
An algorithm is a procedure to accomplish a specific task, namely a well-specified problem, where the problem is specified by describing the complete set of instances it must work on and of its
output after running on one of these instances. [19]
Understa... | 4 | [
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How do you simplify (3x^-4y^5)/(2x^3y^-7)^-2 using only positive exponents? | Socratic
How do you simplify #(3x^-4y^5)/(2x^3y^-7)^-2# using only positive exponents?
1 Answer
order of operations requires that we deal with the exponent in the denominator first using the power to power rule.
this means that our expressi... | 4 | [
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From @infseriesbot, prove the identity: \(\gamma_n = \displaystyle\int_1^\infty \frac{\{x\}}{x^2} (n-\log(x)) \log^{n-1} \, dx \).
We have \(\{x\}=x-i \, \text{for} \, i \leq x \leq i+1\),
so
\(\text{rhs}=\displaystyle\sum _{i=1}^{\infty } \displaystyle\int_i^{i+1} \frac{(x-i) (n-\log (x)) \log ^{n-1}(x)}{x^2} \, d... | 5 | [
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er
Problem Model Prompt
P_Combinatorics_14 GPT-4 Turbo Example C w/o H
Ground Truth Answer: 5/14, or approximately 35.7%
Use in Code
import champ_dataset # "pip install champ-dataset" if necessary
dataset = champ_dataset.load('v0')
problem = dataset['P_Combinatorics_14']
messages = problem... | 4 | [
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CPM Homework Help
12-45.
Solve each equation. Check for extraneous solutions.
a. $\sqrt { x + 7 }= x + 1$
Square both sides of the equation to remove the radical.
$x + 7 = x^2 + 2x + 1$
Set the equation equal to $0 = x^2 + x − 6$$0$ because it is quadratic (there is an $x^2$-term.)
Use the Zero P... | 4 | [
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Artificial Neural Networks and Hopfield Type Modeling
Received Date: March 04, 2020; Published Date: March 10, 2020
Abstract
In the present talk, we briefly summarized historical background as well as developments of the artificial neural networks and present recent formulations of the continuous and discrete count... | 4 | [
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lin
Parallel lines
Textbook Exercise 4.7
Determine whether or not the following two lines are parallel:
Line \(AB\) passes through the point \(A(0;3)\) and has an angle of inclination of \(\text{153,4}\)\(\text{°}\). Determine the equation of the line \(CD\) which passes through the point \(C(2;-3)\)
and is parallel... | 4 | [
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Factoring Quadratics
"Factoring" (or "Factorising" in the UK) a Quadratic is:
finding what to multiply to get the Quadratic
It is called "Factoring" because we find the factors (a factor is something we multiply by)
Example: (x+4) and (x−1) are factors of x^2 + 3x − 4
Let us "expand" (x+4) and (x−1) to be sure:
... | 4 | [
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Probability
15.1.Introduction
Just think of these ….
(i) A missing helicopter is reported to have crashed somewhere in the rectangular region shown in figure. What is the probability that it crashed inside the lake shown in the figure?
(ii) A carton consists of 100 shirts of which 88 are good, 8 have miner defects an... | 4 | [
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KENDALL’S COEFFICIENT
OF CONCORDANCE ()
PRETEST- Problem
Kendall’s Coefficient of Concordance ()
Jegie 177
Problem
Three judges rated eight essays with the following results. Calculate the coefficient of
concordance for these data.
Judge
Essay
1
2
3
1
2
3
4
5
6
7
8
8
6
4
1
3
2
5
7
7
5
6
2
3
1
4
8
8
6
5
1
2
3
4
7
Sol... | 5 | [
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How to Implement Heap Sort in an Easy Way
In this detailed article, let us discuss what is a Heap and how to implement Heap Sort, the algorithm and implementation in C# along with Complexity Analysis.
Introduction
Heaps are a data structure created to implement a “Priority Queue” – that which represents a set of ele... | 4 | [
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SICP - Solution: Exercise 1.23
October 16, 2018
Exercise 1.23 #
The smallest-divisor procedure shown at the start of this section does lots of needless testing: After it checks to see if the number is divisible by 2 there is no point in checking to see if it
is divisible by any larger even numbers. This sugge... | 5 | [
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Introduction - Tracking, Correcting and Absorbing Water Surface Waves
Fluid simulations are indispensable for adding realism to large dynamic environ-ments like open oceans. However, careful attention must be paid to boundary conditions if we wish to seamlessly
integrate a fluid simulation into a larger sce-nario. Inst... | 4 | [
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Pattern Matching Using Knuth–Morris–Pratt (KMP) Algorithm
Introduction
Hi everyone! Today we're going to discuss a very interesting algorithm that is very handy in the string matching problems.
Consider the following problem: Given the string text = "cvabcg", and the string pattern = "abc". Find whether the pattern ... | 5 | [
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Problem 3. Slow dissolution of the coating on the bottom of a rectangu
Question
Problem 3. Slow dissolution of the coating on the bottom of a rectangular conduit (duct) Learning Objective: Use the generalized differential species balance and identify boundary conditions in a
system with a reaction. A conduit (or duct)... | 4 | [
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How do you solve 2x+4y=10, 6x+2y=10 using Cramer's rule? | Socratic
How do you solve #2x+4y=10, 6x+2y=10# using Cramer's rule?
1 Answer
$\left(x , y\right) = \left(1 , 2\right)$
$\textcolor{w h i t e}{\text{XXX}}$see below for determination using Cramer's Rule.
Explanation:
Re-writing the given equations as an augm... | 4 | [
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Solve for $x \in \mathbb{R}$ <p></p>${(6x + 5)^2} = \frac{{35}}{{3{x^2} + 5x + 2}}$
We have, $36{x^2} + 60x + 25 = \frac{{35}}{{3{x^2} + 5x + 2}}$
$ \Rightarrow 12(3{x^2} + 5x) + 25 = \frac{{35}}{{(3{x^2} + 5x) + 2}}$
Let, $3{x^2} + 5x = t$
So, $12t + 25 = \frac{{35}}{{t + 2}}$
$ \Rightarrow 12{t^2} + 49t + 15 ... | 4 | [
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Prove that sound waves propagate with a speed given by Equation 17.1. Proceed as follows. In Figure
Question:
Prove that sound waves propagate with a speed given by Equation 17.1. Proceed as follows. In Figure 17.3, consider a thin cylindrical layer of air in the cylinder with face area A and thickness Δx.
Draw a fr... | 4 | [
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0.018310546875,
0.0159... | 13,701,220 | 13701220 | |
2022 and 2023 Stabilization Points
Hello everyone! It's been another couple of years, and I'm ready to update stabilization points again. These are my estimated stabilization points for the 2022 and 2023 MLB seasons, once again using
the maximum likelihood method on the totals that I used for previous years. This metho... | 4 | [
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-0.0... | 13,701,221 | 13701221 | |
Mechanism for Square Trajectory\kinematics\Synthesis method
top of page
Mechanism for Square Trajectory
ABSTRACT
This paper presents the conceptual-kinematic design of a novel mechanism which performs an exact square trajectory, using only one source of rotational input and without any constraints applied to
the out... | 4 | [
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In geometry, a paraboloid is a quadric surface that has exactly one axis of symmetry and no center of symmetry. The term "paraboloid" is derived from parabola, which refers to a conic section that
has a similar property of symmetry.
Paraboloid of revolution
Every plane section of a paraboloid by a plane parallel to... | 4 | [
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CampusGate: Wipro previous placement questions - 7Wipro previous placement questions - 7
1. 1) B is mother of D but D is not daughter of B. 2) A is son of M and brother of G. 3) G is sister of D Which of the following cannot be referred from the given information ? (A) B has 3 children
(B) M has two sons (C) G is youn... | 4 | [
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me
Prime Numbers: History, Facts and Examples
✅ Paper Type: Free Essay ✅ Subject: General Studies
✅ Wordcount: 2565 words ✅ Published: 16th Jul 2019
Prime Numbers: An Introduction
Prime number is the number, which is greater than 1 and cannot be divided by any number excluding itself and one. A prime number is a po... | 4 | [
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None
var redirect_url, page_hash; if (window === window.top) { // Redirect // redirect_url = "../helpintro.html#page/content/testing-Stability_Diagnostics.html"; if (window.document.location.hash.length >
1) { // Sanitize and append it // page_hash = window.document.location.hash.substring(1); page_hash = page_hash.rep... | 4 | [
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ation
Definition
If $A$ and $B$ are sets, then $A$ is called a subset of $B$, if, and only if, every element of $A$ is also an element of $B$.
Notation
\[A \subseteq B \Longleftrightarrow \forall \; x\; (x \in A \Longrightarrow x \in B).\]
Meaning of the used symbols
Symbol Meaning
$ \... | 4 | [
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0.0556640625,
-0.02783... | 13,701,227 | 13701227 | |
Exercises - Basic Arithmetic - TOPICS IN ARITHMETIC - SAT SUBJECT TEST MATH LEVEL 1
SAT SUBJECT TEST MATH LEVEL 1
TOPICS IN ARITHMETIC
CHAPTER 2
Basic Arithmetic
Exercises
1. ||–3| – |–4| – |–5|| =
(A) –2
(B) 2
(C) 4
(D) 6
(E) 12
2. What is the sum of the product and quotient of –5 and 5?
(A) –26
(B) –24
(... | 4 | [
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Calculadora
Euler method
This online calculator implements Euler's method, which is a first order numerical method to solve first degree differential equations with a given initial value.
You can use this calculator to solve first degree differential equations with a given initial value, using Euler's method.
To use... | 4 | [
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-0.0097... | 13,701,229 | 13701229 | |
Uniform Distribution
4.2.1 Uniform Distribution
We have already seen the uniform distribution. In particular, we have the following definition:
A continuous random variable $X$ is said to have a Uniform distribution over the interval $[a,b]$, shown as $X \sim Uniform(a,b)$, if its PDF is given by $$onumber f_X(x) = ... | 4 | [
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Exploring results of nonparametric regression models
In his blog post, Enrique Pinzon discussed how to perform regression when we don’t want to make any assumptions about functional form—use the npregress command. He concluded by asking and answering a
few questions about the results using the margins and marginsplot... | 5 | [
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Proof about an integer being a perfect square.
•
• Thread starter cragar
• Start date
In summary, the conversation discusses the relationship between positive integers m and n with a constraint of m^2=kn^2. It is established that all prime factors of m and n must have an even amount
and any value of k that is ... | 4 | [
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Updated July 26, 2023
Effective Interest Rate Formula (Table of Contents)
What is the Effective Interest Rate Formula?
The term “effective interest rate” refers to the investment’s true annual yield that is earned due to the result of compounding over the period of time.
Conversely, the effective interest rate... | 4 | [
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Volume 02, Issue 09 (September 2013)
Regulated Distance Algorithm in Large Networks for Graph Partitioning
DOI : 10.17577/IJERTV2IS90760
Download Full-Text PDF Cite this Publication
Anusha Swaminathan, Varsha Alangar, 2013, Regulated Distance Algorithm in Large Networks for Graph Partitioning, INTERNATIONAL JOURNA... | 4 | [
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Print n terms of Newman-Conway Sequence - TutorialCup
Print n terms of Newman-Conway Sequence
Difficulty Level Easy
Frequently asked in Amazon Citadel Factset Fanatics JP Morgan
Views 1918
Problem Statement
The problem “Print n terms of Newman-Conway Sequence” states that you are given an integer “n”. Find the fi... | 5 | [
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(1/4)^x=64
Solving the Exponential Equation (1/4)^x = 64
This article will guide you through the process of solving the exponential equation (1/4)^x = 64. We will utilize the properties of exponents and logarithms to find the solution for x.
Understanding the Problem
The equation (1/4)^x = 64 represents an exponenti... | 4 | [
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Union-closed sets conjecture explained
The union-closed sets conjecture, also known as Frankl’s conjecture, is an open problem in combinatorics posed by Péter Frankl in 1979. A family of sets is said to be union-closed if the union of any
two sets from the family belongs to the family. The conjecture states:
For... | 4 | [
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Gamma/Gamma Spending model
gg {CLVTools} R Documentation
Gamma/Gamma Spending model
Description
Fits the Gamma-Gamma model on a given object of class clv.data to predict customers' mean spending per transaction.
Usage
## S4 method for signature 'clv.data'
gg(
clv.data,
start.params.model = c(),
remove.first... | 4 | [
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... | 13,701,238 | 13701238 | |
None
12-27-2013, 05:03 AM
Post: #1
Don Shepherd Posts: 749
Senior Member Joined: Dec 2013
a quick math challenge
Of the 362,880 9-digit numbers containing each of the digits 1-9, how many of those 362,880 9-digit numbers are prime?
12-27-2013, 05:12 AM
Post: #2
Han Posts: 1,882
Senior Membe... | 4 | [
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... | 13,701,239 | 13701239 | |
Continuous Time Convolution Properties | Continuous Time Signal | Electrical Academia
Continuous Time Convolution Properties | Continuous Time Signal
Continuous Time Convolution
For linear time-invariant (LTI) systems, the convolution is being utilized in order to achieve output response from the knowledge of input a... | 4 | [
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-0.015197753... | 13,701,240 | 13701240 | |
How do you graph xy = -8? | Socratic
How do you graph #xy = -8#?
1 Answer
The graph is a rectangular hyperbola, with the two branches in Q2 and Q4. The asymptotes of the hyperbola are the axes of coordinates.
Explanation:
This rectangular hyperbola can be obtained by rotating the
rectangular hyperbola $x y = 8$ ab... | 4 | [
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Automating the Design of 3 Element Monoband Quad Beams
Part 1 – A Wide-band Model
The exercise of automating the design of 2-element quads raised the question of whether a similar technique might be applied to 3-element quads. One answer is in this set of notes.
For all quads, from 1 to n elements, performance depe... | 4 | [
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0.00010824203... | 13,701,242 | 13701242 | |
ri
Welcome back to Part 3 of The Causal Blog. The previous two parts introduced us to the world of causal inference and what are the various methodologies involved. You can find them right here.
In this part we will be discussing a very popular and useful method known as the do-calculus developed by Judea Pearl in 199... | 4 | [
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... | 13,701,243 | 13701243 | |
Example 94.1 Correlations among Physical Variables
The data in this example are correlations among eight physical variables as given by Harman (1976). The first PROC VARCLUS run clusters on the basis of principal components. The second run clusters
on the basis of centroid components. The third analysis is hierarchic... | 4 | [
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-0.05151367187... | 13,701,244 | 13701244 | |
Kac-Moody algebra
From Encyclopedia of Mathematics
2020 Mathematics Subject Classification: Primary: 17B67 [MSN][ZBL]
A Kac-Moody algebra (also Kac–Moody Lie algebra) is defined as follows:
Let $A=(a_{ij})_{i,j=1}^n$ be an $(n\times n)$-matrix satisfying conditions (see Cartan matrix)
$$\left.\begin{aligned} a_{ii... | 4 | [
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0.05078125,
-0.061767578125,
0.0231... | 13,701,245 | 13701245 | |
A physical fitness room consists of a rectangular region with a semicircle on each end. If the perimeter of the room is to be a 200 meter running track, how do find the dimensions that will make the area of the rectangular regions as large as possible? | Socratic
A physical fitness room consists of a rectangular region... | 5 | [
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0.021118164... | 13,701,246 | 13701246 | |
2019 AMC 12B Problems/Problem 21
Problem
How many quadratic polynomials with real coefficients are there such that the set of roots equals the set of coefficients? (For clarification: If the polynomial is $ax^2+bx+c,aeq 0,$ and the roots
are $r$ and $s,$ then the requirement is that $\{a,b,c\}=\{r,s\}$.)
$\textbf{(A... | 4 | [
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-0.0... | 13,701,247 | 13701247 | |
Introduction to Boolean Algebra
Boolean Algebra: An Introduction to its Definition, Operations, and Applications
Boolean algebra is a frequently used topic in digital circuits, mathematics, computer science, etc. Boolean algebra uses binary variables for representing true and false such as 0 for false and 1 for
true. ... | 4 | [
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Teaching Differential Calculus as the Limit of Discrete Calculus
•
• Thread starter jambaugh
• Start date
I'm teaching Calc I. this semester and we're now covering the derivatives of power function and exponential functions as well as the basic rules, e.g. linearity and product rule. Some years back I
ran acro... | 4 | [
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0... | 13,701,249 | 13701249 | |
Python Program to Check if the Given Number is a Strong Number or Not
In this Python program, we will learn how to check if the given number is a strong number or not.
What is a Strong Number?
A Strong Number is a number in which the sum of the factorial of individual digits of that number is equal to the original nu... | 4 | [
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... | 13,701,250 | 13701250 | |
Study Guide - Piecewise-Defined Functions
Piecewise-Defined Functions
Learning Objectives
• Write piecewise defined functions
• Graph piecewise-defined functions
Sometimes, we come across a function that requires more than one formula in order to obtain the given output. For example, in the toolkit functions, we... | 4 | [
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-0.... | 13,701,251 | 13701251 | |
Estimating the Mean
Functional Skills: Estimating the Mean
FS Level 2AQACity & GuildsEdexcelHighfield QualificationsNCFEOpen Awards
Functional Skills: Estimating the Mean Revision
Estimating the Mean
We are often presented with grouped data in the form of a grouped frequency table. In this instance, we are not d... | 4 | [
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-0.00411... | 13,701,252 | 13701252 | |
What does deviance measure in statistics?
What does deviance measure in statistics?
Deviance is a measure of error; lower deviance means better fit to data. The greater the deviance, the worse the model fits compared to the best case (saturated). Deviance is a quality-of-fit
statistic for a model that is often used f... | 4 | [
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-0... | 13,701,253 | 13701253 | |
A-Level Maths C1 Notes - Wedgwood Tutors
A-Level Maths C1 Notes
General maths terminology
⇒ ‘implies that’. For example:
2x = 8
⇒ x = 4
⇔ ‘equivalent’. For example:
2x + 10 = 4 ⇔ x + 5 = 2
Proof
Algebraic Proof (proof by deduction)
… If n can be any whole number, then 2n will always be an …?… number because it wi... | 5 | [
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-0.06982421875... | 13,701,254 | 13701254 | |
Euclidean space
A Euclidean space or, more precisely, a Euclidean n-space is the generalization of the notions "plane" and "space" (from elementary geometry) to arbitrary dimensions n. Thus Euclidean 2-space is the
plane, and Euclidean 3-space is space.
This generalization is obtained by extending the axioms of Euclid... | 4 | [
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0.03125,
0.00341796875,
-0.09814453125,
-0.01495361328125,
0.0... | 13,701,255 | 13701255 | |
Electrical
Flux meter Construction, Making, Ballistic galvanometer
Flux meter:
Flux meter are used to measure the flux of a permanent magnet so in order to measure the magnet flux surrounded with the permanent magnet. We use a meter called flux meter. The flux meter is actually
an advanced form of ballistic galvano... | 4 | [
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0.015869140625... | 13,701,256 | 13701256 | |
I move a small step forward on my trials as a beginner in machine learning. This is once again going to be an article from which experts on “Artificial Neural networks” [ANNs] will learn nothing new.
But some of my readers may also be newbies both to Python, to numpy and to ANNs. For them this article may be helpful.
... | 5 | [
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0... | 13,701,257 | 13701257 | |
Hypothesis Test for a Population Mean (5 of 5)
Learning Objectives
• Interpret the P-value as a conditional probability.
We finish our discussion of the hypothesis test for a population mean with a review of the meaning of the P-value, along with a review of type I and type II errors.
Review of the Meaning of the ... | 5 | [
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... | 13,701,258 | 13701258 | |
Litt Puzzle 3
Puzzle 3 [Link]
Alice and Bob each pick an integer between \(1\) and \(10^{1000000}\) out of a hat. Alice wins if their two integers have a prime factor in common; Bob wins if they don't. Who is more likely to win?
Solution
Framing
A useful concept in thinking about this puzzle is the idea of two numb... | 5 | [
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double stream feed to prevent unneeded memoization?
Normally, definition of primes stream in Richard Bird's formulation of the sieve of Eratosthenes is self-referential:
import Data.List.Ordered (minus, union, unionAll)
ps = 2 : minus [3..] -- `:` is "cons"
(foldr (\p r -> p*p : union [p*p+p, p*p... | 4 | [
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0.0... | 13,701,260 | 13701260 | |
Rewriting a Logistic Regression from C# to F#, part 2
30 Mar 2015
In our previous post, we looked at James McCaffrey’s code, “Gradient Descent Training Using C#” from MSDN magazine, and took a stab at rewriting the first part in F#, to clarify a bit the way the
dataset was created. Today, we’ll dive in the second blo... | 4 | [
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-0.04125976... | 13,701,261 | 13701261 | |
Some Cool Views of Projective Space
While finally revisiting one of the geometry books on my shelf, Glen Bredon's
Topology and Geometry,
I encountered an exercise about showing that the projective space is homeomorphic to the
mapping cone
of a map that doubles a circle on itself (the complex squaring map $z \mapsto... | 4 | [
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-0.03759765625,... | 13,701,262 | 13701262 | |
Array range queries for searching an element
Hello Everyone,
Given an array of N elements and Q queries of the form L R X. For each query, you have to output if the element X exists in the array between the indices L and R(included).
Examples :
Input : N = 5
arr = [1, 1, 5, 4, 5]
Q = 3
1 3 2
2 5 1
3 5 5
Output : No
... | 5 | [
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-0.0... | 13,701,263 | 13701263 | |
Calculating energy changes - with complex examples (E) | Oak National Academy
Hello, and welcome to this lesson about calculating energy changes.
It's from the physics unit Energy of Moving Objects, and my name is Mr. Fairhurst.
In this lesson, you're going to find out about how you can use a principle of conservatio... | 4 | [
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0.1279296... | 13,701,264 | 13701264 | |
Ordinary Least Squares
(Some of this content from Nathan Bastian)
Remember Linear Regression
Linear regression is a simple approach to supervised learning. It assumes as it assumes $Y$ is dependent on $X_1, X_2, \ldots X_p$ and that this dependency is linear.
Most modern machine learning is basically fancier versio... | 4 | [
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0.069824... | 13,701,265 | 13701265 | |
Multifractal manifold for rotating machinery fault diagnosis based on detrended fluctuation analysis
Abstract
The vibration signals of rotating machinery in fault conditions are non-stationary and nonlinear. For the non-stationary and nonlinear characteristics of fault vibration signals, a novel multifractal
manifold ... | 4 | [
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Ultimate Guide to Linear Discriminant Analysis (LDA)
Linear Discriminant Analysis (LDA) isn't just a tool for dimensionality reduction or classification. It has its roots in the world of guinness and beer! Sir Ronald A.
Fisher, the father of LDA, originally developed it in the context of distinguishing between two s... | 4 | [
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“How much have we sold so far?”
We are likely to have heard this question many times over. “So far” reveals the demand for some kind of continuation from the past up until present. You would typically want to ask “Since when” to
get more information. But in this case as let’s just go as far as we can all the way back... | 5 | [
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... | 13,701,268 | 13701268 | |
Coupled driven and damped oscillators
•
• Thread starter Runei
• Start date
•
Tags
In summary, the conversation is about analyzing a system of elastically coupled oscillators using Fourier expansion. The differential equation being examined is of the form m\frac{d^2\hat{y}_k}{dt^2}
+ \gamma\frac{d\hat{y... | 4 | [
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0.03125... | 13,701,269 | 13701269 | |
MATLAB for Loop Examples | Electricalvoice
MATLAB for Loop Examples
A MATLAB for loop is a repetition control structure that allows you to efficiently write a loop that needs to
execute a specific number of times.
The MATLAB for loop syntax is given as
for index = values
<program statements>
...
end
MATLAB for lo... | 4 | [
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0.019531... | 13,701,270 | 13701270 | |
Polynomial Euclidian Division
1. Polynomial Euclidean Division
Polynomial Euclidian Division
This calculator computes the euclidean division of two Polynomials over the rational numbers : P[1] = Q * P[2] + R (Q is the quotient and R the remainder).
Answer
Input
Variable = `x`
`P_1 = x^5-2x^4+x^2-x-2`
`P_2 = x^3... | 4 | [
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-0.03369140625,... | 13,701,271 | 13701271 | |
Machine Learning for Finance: How To Implement Bayesian Regression with Python | LaconicmlMachine Learning for Finance: This is how you can implement Bayesian Regression using PythonMachine Learning for Finance: This is how you can implement Bayesian Regression using Python - Laconic Machine Learning
Machine Learning f... | 5 | [
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The improved method of coherent sources with double layers
Abstract
Conventional sound field separation method with double measurement layers separates the sound field based on the mathematical relationship of pressures produced by sources on different holography
surfaces, which lays on the data points on holography s... | 4 | [
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A Framework for Integrating Conceptual and Procedural Understanding in the First Two Years of Undergraduate Mathematics
By Karen Keene and Nicholas Fortune, North Carolina State University
One common instructional approach during the first two years of undergraduate mathematics in courses such as calculus or differe... | 5 | [
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... | 13,701,274 | 13701274 | |
The washer method
Use the Washer Method to set up an integral that gives the volume of the solid of revolution when
$R$
is revolved about the following line
$x=4$
.
When we use the Washer Method, the slices are
perpendicularparallel
to the axis of rotation. This means that the slices are horizontal and we must i... | 5 | [
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How to estimate a value due to statistics?
0
|
6297 Views
|
9 Replies
|
2 Total Likes
How to estimate a value due to statistics?
Hello!
I'm new to wolphram and a little bit slowheaded. Maybe this problem can't be solved but i would like to know how to enter this problem in the Wolphram search bar.
I've tried ... | 5 | [
0.01483154296875,
0.028564453125,
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0.0986328125,
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0.08740234375,
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0.007110595703125,
0.01141357421875,
0.03857421875,
-0.051025390... | 13,701,276 | 13701276 | |
Convergence of Discrete Adomian Method for Solving a Class of Nonlinear Fredholm Integral Equations
Convergence of Discrete Adomian Method for Solving a Class of Nonlinear Fredholm Integral Equations ()
1. Introduction
Integral equations provide an important tool for modeling a numerous phenomena and processes and al... | 5 | [
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-0.050537109375,
-0.00970458984375,
... | 13,701,277 | 13701277 | |
Electric Potential Of A Line Of Charge
UY1: Electric Potential Of A Line Of Charge
Positive electric charge Q is distributed uniformly along a line (you could imagine it as a very thin rod) with length 2a, lying along the y-axis between y = -a and y = +a. A point p lies at x along
x-axis. Find the electric potential... | 5 | [
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0.12255859375,
-0.00072479248046875,
0.0030670166015625,
-0.09765625,
-0.0844726... | 13,701,278 | 13701278 | |
Linear multistep method
From Scholarpedia
Ernst Hairer and Gerhard Wanner (2010), Scholarpedia, 5(4):4591. doi:10.4249/scholarpedia.4591 revision #91436 [link to/cite this article]
Dr. Ernst Hairer accepted the invitation on 3 October 2008 (self-imposed deadline: 3 April 2009).
Linear multistep methods constitute ... | 5 | [
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0.0... | 13,701,279 | 13701279 | |
Calculus (3rd Edition) Chapter 3 - Differentiation - Chapter Review Exercises - Page 164 58
Calculus (3rd Edition)
by Rogawski, Jon; Adams, Colin
Published by W. H. Freeman
ISBN 10: 1464125260
ISBN 13: 978-1-46412-526-3
Chapter 3 - Differentiation - Chapter Review Exercises - Page 164: 58
Work Step by Step
Given... | 4 | [
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-0.0... | 13,701,280 | 13701280 | |
Assume that two firms, U and L, are identical in all respects
except for one: Firm...
Assume that two firms, U and L, are identical in all respects except for one: Firm...
Assume that two firms, U and L, are identical in all respects except for one: Firm U is debt-free, whereas Firm L has a capital structure that is 5... | 5 | [
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-0.00439453125,
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0.029296875,
0.002593994... | 13,701,281 | 13701281 | |
Example 38.5 Joint Modeling of Binary and Count Data
Clustered data arise when multiple observations are collected on the same sampling or experimental unit. Often, these multiple observations refer to the same attribute measured at different points in
time or space. This leads to repeated measures, longitudinal, and... | 5 | [
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0.005950927734375,
-0.03515625,
-0.033... | 13,701,282 | 13701282 | |
Number Series - Important Formulae, Tricks and Shortcuts [Quantitative Aptitude]
Here are important formulas and shortcuts to solve problems related to Number Series. Basic knowledge regarding solving number series questions is important for various competitive exams like IBPS,
SBI Bank PO, assistant, SSC exams, Rail... | 4 | [
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0.00144195... | 13,701,283 | 13701283 | |
RS Aggarwal Class 10 Solutions Chapter 16 Coordinate Geometry Exercise 16B
RS Aggarwal Solutions Chapter 16 Coordinate Geometry Exercise 16B Class 10 Maths
┌───────────────┬───────────────────────────────────────────┐
│Chapter Name │RS Aggarwal Chapter 16 Coordinate Geometry │
├───────────────┼─────────────────────... | 4 | [
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Volume 08, Issue 05 (May 2019)
A Novel Design of Modular Adder using NRA and RNA Reversible Logic gates for High speed Application
DOI : 10.17577/IJERTV8IS050209
Download Full-Text PDF Cite this Publication
K. Nansy , S. Ranjith, 2019, A Novel Design of Modular Adder using NRA and RNA Reversible Logic gates for Hi... | 4 | [
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Introduction to quantum computing with Q# – Part 3, Single qubit gates
We left off in the last post after having discussed the Hadamard gate - our first quantum gate - and how it can be used to crate a uniform superposiiton for a single qubit. We are going to continue
today by exploring other single qubit gates, discus... | 4 | [
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\right)^{11}}\
Hint: Here the question is related to the exponents. The fractional numbers having the exponents. First we simplify the given equation and hence we determine the value of \[\left( {\dfrac{p}{q}} \
right)\] and then we determine the \[{\left( {\dfrac{p}{q}} \right)^{ - 2}}\], so by using the law of expone... | 4 | [
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Ex 7.4, 8 - Integrate x2 / root x6 + a6 - Chapter 7 NCERT
Ex 7.4, 8 - Chapter 7 Class 12 Integrals
Last updated at April 16, 2024 by Teachoo
Transcript
Ex 7.4, 8 Integrate 𝑥^2/√(𝑥^6 + 𝑎^6 ) Let 𝑥^3=𝑡 Differentiating both sides w.r.t. x 3𝑥^2=𝑑𝑡/𝑑𝑥 𝑑𝑥=𝑑𝑡/(3𝑥^2 ) Integrating the function ∫1▒𝑥^2/√(𝑥^6 +... | 5 | [
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... | 13,701,288 | 13701288 | |
aluation
Valuation
From Encyclopedia of Mathematics
logarithmic norm, norm on a field
A mapping $ v : K \rightarrow \Gamma _ \infty $ from a field $ K $ into $ \Gamma _ \infty = \Gamma \cup \{ \infty \} $, where $ \Gamma $ is a totally ordered Abelian group, the adjoined element $ \
infty $ is assumed to be larger ... | 4 | [
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A Hat Tip to Mandelbrot
Grab a sheet of paper. Near the top, write a number, any one you want. In your head or with a calculator, multiply that number by itself, then add the original number you had before multiplying, and
write the result below that first number. Take the number at the bottom of the column, multiply... | 4 | [
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Physics VidyapithNumerical Aperture and Acceptance Angle of the Optical Fibre
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Posted by Physics Vidyapith
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• Other Apps
Numerical Aperture and Acceptance Angle of the Optical Fi... | 4 | [
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Points A and B are at (9 ,4 ) and (1 ,5 ), respectively. Point A is rotated counterclockwise about the origin by (3pi)/2 and dilated about point C by a factor of 3 . If point A is now at point B, what are the coordinates of point C? | Socratic
Points A and B are at #(9 ,4 )# and #(1 ,5 )#, respectively. Point A is rot... | 4 | [
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The instantaneous Earth–Moon distance, or distance to the Moon, is the distance from the center of Earth to the center of the Moon. In contrast, the Lunar distance (LD or ${\textstyle \Delta _{\oplus
L}}$), or Earth–Moon characteristic distance, is a unit of measure in astronomy. More technically, it is the semi-major... | 4 | [
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Best Inverse Laplace Transform Calculator | [PineCalculator.com]
Introduction to Inverse Laplace Transform Calculator With Steps:
Inverse laplace transform calculator is an amazing source designed to find the time-domain function f(t) from its Laplace-domain function F(s). It simplifies the process of solving differen... | 5 | [
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The Basic Gas Laws
Read this text which discusses the basic gas laws and how pressure, volume, and time are related.
The "pneumatic" era of chemistry began with the discovery of the vacuum around 1650 which clearly established that gases are a form of matter. The ease with which gases could be studied soon led to
th... | 4 | [
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Calculate the pH of a solution of sulfuric acid
Problem: What is the pH of a 0.025 M H[2]SO[4] solution?
Discussion: Calculating the pH of H[2]SO[4] is a complicated topic. The complication lies in the differing behavior of the two dissociati... | 5 | [
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networkx.algorithms.non_randomness
Source code for networkx.algorithms.non_randomness
r"""Computation of graph non-randomness"""
import math
import networkx as nx
from networkx.utils import not_implemented_for
__all__ = ["non_randomness"]
[docs]
@not_implemented_for("directed")
@not_implemented_for("multigraph")... | 4 | [
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What is the example of power rule?
2022-10-10
What is the example of power rule?
What is the example of power rule?
The power rule in calculus is a fairly simple rule that helps you find the derivative of a variable raised to a power, such as: x^5, 2x^8, 3x^(-3) or 5x^(1/2). All you do is take the exponent,
multiply... | 4 | [
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1.1 Key Features of Functions
Number of vocabulary words: 4
This section is a refresher on a some concepts from Algebra I. It’s dense, but hopefully a lot of this is old knowledge that just needs some dusting off.
Domain and Range
The set of all possible inputs is its domain, while the valid outputs are the range. ... | 4 | [
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