Datasets:

hails
/

agieval-lsat-ar

Modalities:

Text

Formats:

parquet

Size:

< 1K

ArXiv:

Libraries:

Datasets

pandas

Dataset card Data Studio Files Files and versions

xet

Community

Dataset Viewer

Auto-converted to Parquet Duplicate

Split (1)

test · 230 rows

query stringlengths 635 1.85k	choices sequence	gold sequence
Of the eight students—George, Helen, Irving, Kyle, Lenore, Nina, Olivia, and Robert—in a seminar, exactly six will give individual oral reports during three consecutive days—Monday, Tuesday, and Wednesday. Exactly two reports will be given each day—one in the morning and one in the afternoon—according to the following ...	[ "(A)Mon. morning: Helen; Mon. afternoon: Robert Tues. morning: Olivia; Tues. afternoon: Irving Wed. morning: Lenore; Wed. afternoon: Kyle", "(B)Mon. morning: Irving; Mon. afternoon: Olivia Tues. morning: Helen; Tues. afternoon: Kyle Wed. morning: Nina; Wed. afternoon: Lenore", "(C)Mon. morning: Lenore; Mon. aft...	[ 2 ]
Of the eight students—George, Helen, Irving, Kyle, Lenore, Nina, Olivia, and Robert—in a seminar, exactly six will give individual oral reports during three consecutive days—Monday, Tuesday, and Wednesday. Exactly two reports will be given each day—one in the morning and one in the afternoon—according to the following ...	[ "(A)Helen, George, and Nina", "(B)Irving, Robert, and Helen", "(C)Nina, Helen, and Olivia", "(D)Olivia, Robert, and Irving", "(E)Robert, George, and Helen" ]	[ 3 ]
Of the eight students—George, Helen, Irving, Kyle, Lenore, Nina, Olivia, and Robert—in a seminar, exactly six will give individual oral reports during three consecutive days—Monday, Tuesday, and Wednesday. Exactly two reports will be given each day—one in the morning and one in the afternoon—according to the following ...	[ "(A)George and Lenore", "(B)Helen and Nina", "(C)Irving and Robert", "(D)Kyle and Nina", "(E)Olivia and Kyle" ]	[ 1 ]
Of the eight students—George, Helen, Irving, Kyle, Lenore, Nina, Olivia, and Robert—in a seminar, exactly six will give individual oral reports during three consecutive days—Monday, Tuesday, and Wednesday. Exactly two reports will be given each day—one in the morning and one in the afternoon—according to the following ...	[ "(A)Helen gives a report on Wednesday.", "(B)Nina gives a report on Monday.", "(C)Nina gives a report on Tuesday.", "(D)Olivia gives a report on Monday.", "(E)Robert gives a report on Wednesday." ]	[ 0 ]
Of the eight students—George, Helen, Irving, Kyle, Lenore, Nina, Olivia, and Robert—in a seminar, exactly six will give individual oral reports during three consecutive days—Monday, Tuesday, and Wednesday. Exactly two reports will be given each day—one in the morning and one in the afternoon—according to the following ...	[ "(A)Irving, Lenore, and Nina", "(B)Lenore, George, and Irving", "(C)Nina, Irving, and Lenore", "(D)Robert, George, and Irving", "(E)Robert, Irving, and Lenore" ]	[ 3 ]
Of the eight students—George, Helen, Irving, Kyle, Lenore, Nina, Olivia, and Robert—in a seminar, exactly six will give individual oral reports during three consecutive days—Monday, Tuesday, and Wednesday. Exactly two reports will be given each day—one in the morning and one in the afternoon—according to the following ...	[ "(A)Helen gives a report on Monday.", "(B)Irving gives a report on Monday.", "(C)Irving gives a report on Wednesday.", "(D)Kyle gives a report on Tuesday.", "(E)Kyle gives a report on Wednesday." ]	[ 1 ]
The organizer of a reading club will select at least five and at most six works from a group of nine works. The group consists of three French novels, three Russian novels, two French plays, and one Russian play. The organizer's selection of works must conform to the following requirements: No more than four French wor...	[ "(A)one French novel, two Russian novels, one French play, one Russian play", "(B)two French novels, one Russian novel, two French plays, one Russian play", "(C)two French novels, two Russian novels, two French plays", "(D)three French novels, one Russian novel, two French plays", "(E)three French novels, t...	[ 2 ]
The organizer of a reading club will select at least five and at most six works from a group of nine works. The group consists of three French novels, three Russian novels, two French plays, and one Russian play. The organizer's selection of works must conform to the following requirements: No more than four French wor...	[ "(A)No Russian novels are selected.", "(B)Exactly one French novel is selected.", "(C)All three plays are selected.", "(D)All three Russian novels are selected.", "(E)All five French works are selected." ]	[ 0 ]
The organizer of a reading club will select at least five and at most six works from a group of nine works. The group consists of three French novels, three Russian novels, two French plays, and one Russian play. The organizer's selection of works must conform to the following requirements: No more than four French wor...	[ "(A)one Russian novel", "(B)two French plays", "(C)one Russian novel, one Russian play", "(D)one Russian novel, two French plays", "(E)two Russian novels, one French play" ]	[ 2 ]
The organizer of a reading club will select at least five and at most six works from a group of nine works. The group consists of three French novels, three Russian novels, two French plays, and one Russian play. The organizer's selection of works must conform to the following requirements: No more than four French wor...	[ "(A)one French novel and one French play", "(B)one French novel and one Russian play", "(C)one Russian novel and one French play", "(D)two French novels", "(E)two Russian novels" ]	[ 3 ]
The organizer of a reading club will select at least five and at most six works from a group of nine works. The group consists of three French novels, three Russian novels, two French plays, and one Russian play. The organizer's selection of works must conform to the following requirements: No more than four French wor...	[ "(A)No Russian novels and exactly one play are selected.", "(B)Exactly one Russian novel and both French plays are selected.", "(C)Exactly two French novels and the Russian play are selected.", "(D)Exactly two French novels and exactly two plays are selected.", "(E)Exactly two Russian novels and exactly one...	[ 0 ]
At a concert, exactly eight compositions—F, H, L, O, P, R, S, and T—are to be performed exactly once each, consecutively and one composition at a time. The order of their performance must satisfy the following conditions: T is performed either immediately before F or immediately after R. At least two compositions are p...	[ "(A)L, P, S, R, O, T, F, H", "(B)O, T, P, F, S, H, R, L", "(C)P, T, F, S, L, R, O, H", "(D)P, T, F, S, O, R, L, H", "(E)T, F, P, R, O, L, S, H" ]	[ 0 ]
At a concert, exactly eight compositions—F, H, L, O, P, R, S, and T—are to be performed exactly once each, consecutively and one composition at a time. The order of their performance must satisfy the following conditions: T is performed either immediately before F or immediately after R. At least two compositions are p...	[ "(A)second", "(B)third", "(C)fourth", "(D)sixth", "(E)seventh" ]	[ 4 ]
At a concert, exactly eight compositions—F, H, L, O, P, R, S, and T—are to be performed exactly once each, consecutively and one composition at a time. The order of their performance must satisfy the following conditions: T is performed either immediately before F or immediately after R. At least two compositions are p...	[ "(A)fourth or seventh", "(B)third or sixth", "(C)third or fourth", "(D)second or seventh", "(E)first or fourth" ]	[ 0 ]
At a concert, exactly eight compositions—F, H, L, O, P, R, S, and T—are to be performed exactly once each, consecutively and one composition at a time. The order of their performance must satisfy the following conditions: T is performed either immediately before F or immediately after R. At least two compositions are p...	[ "(A)first or second", "(B)second or third", "(C)fourth or sixth", "(D)fourth or seventh", "(E)sixth or seventh" ]	[ 4 ]
At a concert, exactly eight compositions—F, H, L, O, P, R, S, and T—are to be performed exactly once each, consecutively and one composition at a time. The order of their performance must satisfy the following conditions: T is performed either immediately before F or immediately after R. At least two compositions are p...	[ "(A)F, H, P", "(B)H, P. L", "(C)O, P, R", "(D)O, P, T", "(E)P, R, T" ]	[ 2 ]
At a concert, exactly eight compositions—F, H, L, O, P, R, S, and T—are to be performed exactly once each, consecutively and one composition at a time. The order of their performance must satisfy the following conditions: T is performed either immediately before F or immediately after R. At least two compositions are p...	[ "(A)F or H", "(B)F or O", "(C)F or T", "(D)H or L", "(E)O or R" ]	[ 2 ]
At a concert, exactly eight compositions—F, H, L, O, P, R, S, and T—are to be performed exactly once each, consecutively and one composition at a time. The order of their performance must satisfy the following conditions: T is performed either immediately before F or immediately after R. At least two compositions are p...	[ "(A)first", "(B)third", "(C)fourth", "(D)sixth", "(E)seventh" ]	[ 3 ]
On each of exactly seven consecutive days (day 1 though day 7), a pet shop features exactly one of three breeds of kitten—Himalayan, Manx, Siamese—and exactly one of three breeds of puppy—Greyhound, Newfoundland, Rottweiler. The following conditions must apply: Greyhounds are featured on day 1. No breed is featured on ...	[ "(A)Himalayan, Manx, Siamese, Himalayan, Manx, Himalayan, Siamese", "(B)Manx, Himalayan, Siamese, Himalayan, Manx Himalayan, Manx", "(C)Manx, Himalayan, Manx, Himalayan, Siamese, Manx, Siamese", "(D)Siamese, Himalayan, Manx, Himalayan, Siamese, Siamese, Himalayan", "(E)Siamese, Himalayan, Siamese, Himalayan...	[ 4 ]
On each of exactly seven consecutive days (day 1 though day 7), a pet shop features exactly one of three breeds of kitten—Himalayan, Manx, Siamese—and exactly one of three breeds of puppy—Greyhound, Newfoundland, Rottweiler. The following conditions must apply: Greyhounds are featured on day 1. No breed is featured on ...	[ "(A)Manx are featured on day 3.", "(B)Siamese are featured on day 4.", "(C)Rottweilers are featured on day 5.", "(D)Himalayans are featured on day 6.", "(E)Greyhounds are featured on day 7." ]	[ 1 ]
On each of exactly seven consecutive days (day 1 though day 7), a pet shop features exactly one of three breeds of kitten—Himalayan, Manx, Siamese—and exactly one of three breeds of puppy—Greyhound, Newfoundland, Rottweiler. The following conditions must apply: Greyhounds are featured on day 1. No breed is featured on ...	[ "(A)Greyhounds and Siamese are both featured on day 2.", "(B)Greyhounds and Himalayans are both featured on day 7.", "(C)Rottweilers and Himalayans are both featured on day 4.", "(D)Rottweilers and Manx are both featured on day 5.", "(E)Newfoundlands and Manx are both featured on day 6." ]	[ 3 ]
On each of exactly seven consecutive days (day 1 though day 7), a pet shop features exactly one of three breeds of kitten—Himalayan, Manx, Siamese—and exactly one of three breeds of puppy—Greyhound, Newfoundland, Rottweiler. The following conditions must apply: Greyhounds are featured on day 1. No breed is featured on ...	[ "(A)day 1 and day 3", "(B)day 2 and day 6", "(C)day 3 and day 5", "(D)day 4 and day 6", "(E)day 5 and day 7" ]	[ 1 ]
On each of exactly seven consecutive days (day 1 though day 7), a pet shop features exactly one of three breeds of kitten—Himalayan, Manx, Siamese—and exactly one of three breeds of puppy—Greyhound, Newfoundland, Rottweiler. The following conditions must apply: Greyhounds are featured on day 1. No breed is featured on ...	[ "(A)There are exactly four breeds that are each featured on three days.", "(B)Greyhounds are featured on every day that Himalayans are.", "(C)Himalayans are featured on every day that Greyhounds are.", "(D)Himalayans are featured on every day that Rottweilers are not.", "(E)Rottweilers are featured on every...	[ 0 ]
On each of exactly seven consecutive days (day 1 though day 7), a pet shop features exactly one of three breeds of kitten—Himalayan, Manx, Siamese—and exactly one of three breeds of puppy—Greyhound, Newfoundland, Rottweiler. The following conditions must apply: Greyhounds are featured on day 1. No breed is featured on ...	[ "(A)Greyhounds are featured on days 3 and 5.", "(B)Newfoundlands are featured on day 3.", "(C)Rottweilers are featured on day 6.", "(D)Rottweilers are featured only on day 3.", "(E)Rottweilers are featured on exactly three days." ]	[ 3 ]
A panel of five scientists will be formed. The panelists will be selected from among three botanists—F, G, and H—three chemists—K, L, and M—and three zoologists—P, Q, and R. Selection is governed by the following conditions: The panel must include at least one scientist of each of the three types. If more than one bota...	[ "(A)F, G, K, P, Q", "(B)G, H, K, L, M", "(C)G, H, K, L, R", "(D)H, K, M, P, R", "(E)H, L, M, P, Q" ]	[ 2 ]
A panel of five scientists will be formed. The panelists will be selected from among three botanists—F, G, and H—three chemists—K, L, and M—and three zoologists—P, Q, and R. Selection is governed by the following conditions: The panel must include at least one scientist of each of the three types. If more than one bota...	[ "(A)F and G are both selected.", "(B)G and H are both selected.", "(C)H and P are both selected.", "(D)F, G, and H are all selected.", "(E)P, Q, and R are all selected." ]	[ 4 ]
A panel of five scientists will be formed. The panelists will be selected from among three botanists—F, G, and H—three chemists—K, L, and M—and three zoologists—P, Q, and R. Selection is governed by the following conditions: The panel must include at least one scientist of each of the three types. If more than one bota...	[ "(A)G", "(B)H", "(C)K", "(D)M", "(E)P" ]	[ 4 ]
A panel of five scientists will be formed. The panelists will be selected from among three botanists—F, G, and H—three chemists—K, L, and M—and three zoologists—P, Q, and R. Selection is governed by the following conditions: The panel must include at least one scientist of each of the three types. If more than one bota...	[ "(A)If K is selected, G cannot be selected.", "(B)If L is selected, F cannot be selected.", "(C)If exactly one chemist is selected, it must be K.", "(D)If exactly two chemists are selected, F cannot be selected.", "(E)If exactly two chemists are selected, G cannot be selected." ]	[ 3 ]
A panel of five scientists will be formed. The panelists will be selected from among three botanists—F, G, and H—three chemists—K, L, and M—and three zoologists—P, Q, and R. Selection is governed by the following conditions: The panel must include at least one scientist of each of the three types. If more than one bota...	[ "(A)F or else K", "(B)F or else M", "(C)K or else M", "(D)M or else Q", "(E)P or else Q" ]	[ 0 ]
A loading dock consists of exactly six bays numbered 1 through 6 consecutively from one side of the dock to the other. Each bay is holding a different one of exactly six types of cargo—fuel, grain, livestock, machinery, produce, or textiles. The following apply: The bay holding grain has a higher number than the bay ho...	[ "(A)fuel, machinery, textiles", "(B)grain, machinery, fuel", "(C)machinery, livestock, fuel", "(D)machinery, textiles, fuel", "(E)machinery, textiles, produce" ]	[ 0 ]
A loading dock consists of exactly six bays numbered 1 through 6 consecutively from one side of the dock to the other. Each bay is holding a different one of exactly six types of cargo—fuel, grain, livestock, machinery, produce, or textiles. The following apply: The bay holding grain has a higher number than the bay ho...	[ "(A)grain", "(B)livestock", "(C)machinery", "(D)produce", "(E)textiles" ]	[ 0 ]
A loading dock consists of exactly six bays numbered 1 through 6 consecutively from one side of the dock to the other. Each bay is holding a different one of exactly six types of cargo—fuel, grain, livestock, machinery, produce, or textiles. The following apply: The bay holding grain has a higher number than the bay ho...	[ "(A)two", "(B)three", "(C)four", "(D)five", "(E)six" ]	[ 2 ]
A loading dock consists of exactly six bays numbered 1 through 6 consecutively from one side of the dock to the other. Each bay is holding a different one of exactly six types of cargo—fuel, grain, livestock, machinery, produce, or textiles. The following apply: The bay holding grain has a higher number than the bay ho...	[ "(A)bay 1", "(B)bay 2", "(C)bay 3", "(D)bay 5", "(E)bay 6" ]	[ 3 ]
A loading dock consists of exactly six bays numbered 1 through 6 consecutively from one side of the dock to the other. Each bay is holding a different one of exactly six types of cargo—fuel, grain, livestock, machinery, produce, or textiles. The following apply: The bay holding grain has a higher number than the bay ho...	[ "(A)The bay holding fuel is next to the bay holding machinery.", "(B)The bay holding grain is next to the bay holding machinery.", "(C)The bay holding livestock is next to the bay holding fuel.", "(D)The bay holding produce is next to the bay holding livestock.", "(E)The bay holding textiles is next to the ...	[ 2 ]
A loading dock consists of exactly six bays numbered 1 through 6 consecutively from one side of the dock to the other. Each bay is holding a different one of exactly six types of cargo—fuel, grain, livestock, machinery, produce, or textiles. The following apply: The bay holding grain has a higher number than the bay ho...	[ "(A)Bay 2 is holding fuel.", "(B)Bay 4 is holding produce.", "(C)Bay 4 is holding textiles.", "(D)Bay 5 is holding grain.", "(E)Bay 5 is holding machinery." ]	[ 2 ]
A loading dock consists of exactly six bays numbered 1 through 6 consecutively from one side of the dock to the other. Each bay is holding a different one of exactly six types of cargo—fuel, grain, livestock, machinery, produce, or textiles. The following apply: The bay holding grain has a higher number than the bay ho...	[ "(A)two", "(B)three", "(C)four", "(D)five", "(E)six" ]	[ 2 ]
A bakery makes exactly three kinds of cookie—oatmeal, peanut butter, and sugar. Exactly three batches of each kind of cookie are made each week (Monday through Friday) and each batch is made, from start to finish, on a single day. The following conditions apply: No two batches of the same kind of cookie are made on the...	[ "(A)oatmeal: Monday, Wednesday, Thursday peanut butter: Wednesday, Thursday, Friday sugar: Monday, Thursday, Friday", "(B)oatmeal: Monday, Tuesday, Thursday peanut butter: Tuesday, Wednesday, Thursday sugar: Monday, Wednesday, Thursday", "(C)oatmeal: Tuesday, Wednesday, Thursday peanut butter: Wednesday, Thursd...	[ 0 ]
A bakery makes exactly three kinds of cookie—oatmeal, peanut butter, and sugar. Exactly three batches of each kind of cookie are made each week (Monday through Friday) and each batch is made, from start to finish, on a single day. The following conditions apply: No two batches of the same kind of cookie are made on the...	[ "(A)one", "(B)two", "(C)three", "(D)four", "(E)five" ]	[ 0 ]
A bakery makes exactly three kinds of cookie—oatmeal, peanut butter, and sugar. Exactly three batches of each kind of cookie are made each week (Monday through Friday) and each batch is made, from start to finish, on a single day. The following conditions apply: No two batches of the same kind of cookie are made on the...	[ "(A)Two different kinds of cookie have their first batch made on Monday.", "(B)Two different kinds of cookie have their first batch made on Tuesday.", "(C)Two different kinds of cookie have their second batch made on Wednesday.", "(D)Two different kinds of cookie have their second batch made on Thursday.", ...	[ 2 ]
A bakery makes exactly three kinds of cookie—oatmeal, peanut butter, and sugar. Exactly three batches of each kind of cookie are made each week (Monday through Friday) and each batch is made, from start to finish, on a single day. The following conditions apply: No two batches of the same kind of cookie are made on the...	[ "(A)Exactly three batches of cookies are made on Tuesday.", "(B)Exactly three batches of cookies are made on Friday.", "(C)At least two batches of cookies are made on Monday.", "(D)At least two batches of cookies are made on Thursday.", "(E)Fewer batches of cookies are made on Monday than on Tuesday." ]	[ 3 ]
A bakery makes exactly three kinds of cookie—oatmeal, peanut butter, and sugar. Exactly three batches of each kind of cookie are made each week (Monday through Friday) and each batch is made, from start to finish, on a single day. The following conditions apply: No two batches of the same kind of cookie are made on the...	[ "(A)The first batch of sugar cookies is made on Monday.", "(B)The first batch of oatmeal cookies is made on Tuesday.", "(C)The third batch of oatmeal cookies is made on Friday.", "(D)The first batch of peanut butter cookies is made on Wednesday.", "(E)The second batch of peanut butter cookies is made on Tue...	[ 0 ]
A bakery makes exactly three kinds of cookie—oatmeal, peanut butter, and sugar. Exactly three batches of each kind of cookie are made each week (Monday through Friday) and each batch is made, from start to finish, on a single day. The following conditions apply: No two batches of the same kind of cookie are made on the...	[ "(A)At least one batch of cookies is made on each of the five days.", "(B)At least two batches of cookies are made on Wednesday.", "(C)Exactly one batch of cookies is made on Monday.", "(D)Exactly two batches of cookies are made on Tuesday.", "(E)Exactly one batch of cookies is made on Friday." ]	[ 4 ]
For the school paper, five students—Jiang, Kramer, Lopez, Megregian, and O'Neill—each review one or more of exactly three plays: Sunset, Tamerlane, and Undulation, but do not review any other plays. The following conditions must apply: Kramer and Lopez each review fewer of the plays than Megregian. Neither Lopez nor Me...	[ "(A)Lopez", "(B)O'Neill", "(C)Jiang, Lopez", "(D)Kramer, O'Neill", "(E)Lopez, Megregian" ]	[ 0 ]
For the school paper, five students—Jiang, Kramer, Lopez, Megregian, and O'Neill—each review one or more of exactly three plays: Sunset, Tamerlane, and Undulation, but do not review any other plays. The following conditions must apply: Kramer and Lopez each review fewer of the plays than Megregian. Neither Lopez nor Me...	[ "(A)Jiang reviews more of the plays than Lopez does.", "(B)Megregian reviews more of the plays than Jiang does.", "(C)Megregian reviews more of the plays than O'Neill does.", "(D)O'Neill reviews more of the plays than Jiang does.", "(E)O'Neill reviews more of the plays than Kramer does." ]	[ 1 ]
For the school paper, five students—Jiang, Kramer, Lopez, Megregian, and O'Neill—each review one or more of exactly three plays: Sunset, Tamerlane, and Undulation, but do not review any other plays. The following conditions must apply: Kramer and Lopez each review fewer of the plays than Megregian. Neither Lopez nor Me...	[ "(A)Megregian does not review Undulation.", "(B)O'Neill does not review Undulation.", "(C)Jiang reviews Undulation.", "(D)Lopez reviews Tamerlane.", "(E)O'Neill reviews Sunset." ]	[ 4 ]
For the school paper, five students—Jiang, Kramer, Lopez, Megregian, and O'Neill—each review one or more of exactly three plays: Sunset, Tamerlane, and Undulation, but do not review any other plays. The following conditions must apply: Kramer and Lopez each review fewer of the plays than Megregian. Neither Lopez nor Me...	[ "(A)Jiang, Kramer", "(B)Kramer, O'Neill", "(C)Kramer, Lopez, O'Neill", "(D)Kramer, Megregian, O'Neill", "(E)Lopez, Megregian, O'Neill" ]	[ 3 ]
For the school paper, five students—Jiang, Kramer, Lopez, Megregian, and O'Neill—each review one or more of exactly three plays: Sunset, Tamerlane, and Undulation, but do not review any other plays. The following conditions must apply: Kramer and Lopez each review fewer of the plays than Megregian. Neither Lopez nor Me...	[ "(A)Jiang reviews Sunset.", "(B)Lopez reviews Undulation.", "(C)Megregian reviews Sunset.", "(D)Megregian reviews Tamerlane.", "(E)O'Neill reviews Undulation." ]	[ 3 ]
An administrator must assign parking spaces to six new employees: Robertson, Souza, Togowa, Vaughn, Xu, and Young. Each of the six employees must be assigned one of the following parking spaces: #1, #2, #3, #4, #5, or #6. No two employees can be assigned the same parking space. The following rules govern the assignment...	[ "(A)#1: Young; #2: Souza; #3: Vaughn; #4: Robertson; #5: Togowa; #6: Xu", "(B)#1: Vaughn; #2: Togowa; #3: Young; #4: Souza; #5: Robertson; #6: Xu", "(C)#1: Togowa; #2: Young; #3: Xu; #4: Robertson; #5: Souza; #6: Vaughn", "(D)#1: Togowa; #2: Robertson; #3: Young; #4: Souza; #5: Vaughn; #6: Xu", "(E)#1: Souz...	[ 4 ]
An administrator must assign parking spaces to six new employees: Robertson, Souza, Togowa, Vaughn, Xu, and Young. Each of the six employees must be assigned one of the following parking spaces: #1, #2, #3, #4, #5, or #6. No two employees can be assigned the same parking space. The following rules govern the assignment...	[ "(A)Young is assigned parking space #2.", "(B)Vaughn is assigned parking space #5.", "(C)Togowa is assigned parking space #3.", "(D)Souza is assigned parking space #2.", "(E)Robertson is assigned parking space #3." ]	[ 1 ]
An administrator must assign parking spaces to six new employees: Robertson, Souza, Togowa, Vaughn, Xu, and Young. Each of the six employees must be assigned one of the following parking spaces: #1, #2, #3, #4, #5, or #6. No two employees can be assigned the same parking space. The following rules govern the assignment...	[ "(A)Souza is assigned parking space #1.", "(B)Young is assigned parking space #2.", "(C)Vaughn is assigned parking space #3.", "(D)Robertson is assigned parking space #4.", "(E)Xu is assigned parking space #5." ]	[ 2 ]
An administrator must assign parking spaces to six new employees: Robertson, Souza, Togowa, Vaughn, Xu, and Young. Each of the six employees must be assigned one of the following parking spaces: #1, #2, #3, #4, #5, or #6. No two employees can be assigned the same parking space. The following rules govern the assignment...	[ "(A)none", "(B)two", "(C)three", "(D)four", "(E)five" ]	[ 3 ]
An administrator must assign parking spaces to six new employees: Robertson, Souza, Togowa, Vaughn, Xu, and Young. Each of the six employees must be assigned one of the following parking spaces: #1, #2, #3, #4, #5, or #6. No two employees can be assigned the same parking space. The following rules govern the assignment...	[ "(A)Togowa is assigned parking space #1.", "(B)Young is assigned parking space #2.", "(C)Robertson is assigned parking space #3.", "(D)Souza is assigned parking space #3.", "(E)Vaughn is assigned parking space #4." ]	[ 0 ]
An administrator must assign parking spaces to six new employees: Robertson, Souza, Togowa, Vaughn, Xu, and Young. Each of the six employees must be assigned one of the following parking spaces: #1, #2, #3, #4, #5, or #6. No two employees can be assigned the same parking space. The following rules govern the assignment...	[ "(A)Souza is assigned parking space #4.", "(B)Togowa is assigned parking space #2.", "(C)Vaughn is assigned parking space #5.", "(D)Xu is assigned parking space #6.", "(E)Young is assigned parking space #2." ]	[ 4 ]
A government needs to assign new ambassadors to Venezuela, Yemen, and Zambia. The candidates for these ambassadorships are Jaramillo, Kayne, Landon, Novetzke, and Ong. One ambassador will be assigned to each country, and no ambassador will be assigned to more than one country. The assignment of the ambassadors must mee...	[ "(A)Venezuela: Jaramillo Yemen: Ong Zambia: Novetzke", "(B)Venezuela: Kayne Yemen: Jaramillo Zambia: Landon", "(C)Venezuela: Landon Yemen: Novetzke Zambia: Ong", "(D)Venezuela: Novetzke Yemen: Jaramillo Zambia: Kayne", "(E)Venezuela: Ong Yemen: Kayne Zambia: Landon" ]	[ 1 ]
A government needs to assign new ambassadors to Venezuela, Yemen, and Zambia. The candidates for these ambassadorships are Jaramillo, Kayne, Landon, Novetzke, and Ong. One ambassador will be assigned to each country, and no ambassador will be assigned to more than one country. The assignment of the ambassadors must mee...	[ "(A)Jaramillo and Novetzke", "(B)Jaramillo and Ong", "(C)Kayne and Landon", "(D)Kayne and Novetzke", "(E)Landon and Ong" ]	[ 0 ]
A government needs to assign new ambassadors to Venezuela, Yemen, and Zambia. The candidates for these ambassadorships are Jaramillo, Kayne, Landon, Novetzke, and Ong. One ambassador will be assigned to each country, and no ambassador will be assigned to more than one country. The assignment of the ambassadors must mee...	[ "(A)Jaramillo and Landon", "(B)Jaramillo and Novetzke", "(C)Kayne and Landon", "(D)Kayne and Novetzke", "(E)Landon and Novetzke" ]	[ 4 ]
A government needs to assign new ambassadors to Venezuela, Yemen, and Zambia. The candidates for these ambassadorships are Jaramillo, Kayne, Landon, Novetzke, and Ong. One ambassador will be assigned to each country, and no ambassador will be assigned to more than one country. The assignment of the ambassadors must mee...	[ "(A)Jaramillo is assigned as ambassador to Venezuela.", "(B)Landon is assigned as ambassador to Zambia.", "(C)Ong is assigned as ambassador to Zambia.", "(D)Jaramillo is not assigned to an ambassadorship.", "(E)Ong is not assigned to an ambassadorship." ]	[ 0 ]
A government needs to assign new ambassadors to Venezuela, Yemen, and Zambia. The candidates for these ambassadorships are Jaramillo, Kayne, Landon, Novetzke, and Ong. One ambassador will be assigned to each country, and no ambassador will be assigned to more than one country. The assignment of the ambassadors must mee...	[ "(A)Jaramillo is assigned as ambassador to Zambia.", "(B)Kayne is assigned as ambassador to Zambia.", "(C)Novetzke is assigned as ambassador to Zambia.", "(D)Landon is not assigned to an ambassadorship.", "(E)Ong is not assigned to an ambassadorship." ]	[ 2 ]
A government needs to assign new ambassadors to Venezuela, Yemen, and Zambia. The candidates for these ambassadorships are Jaramillo, Kayne, Landon, Novetzke, and Ong. One ambassador will be assigned to each country, and no ambassador will be assigned to more than one country. The assignment of the ambassadors must mee...	[ "(A)If Kayne is assigned to an ambassadorship, then so is Jaramillo.", "(B)If Landon and Ong are both assigned to ambassadorships, then so is Novetzke.", "(C)If Ong is not assigned to an ambassadorship, then Kayne is assigned to an ambassadorship.", "(D)Jaramillo and Novetzke are not both assigned to ambassad...	[ 3 ]
On the first day of a two-day study for a cycling magazine, four riders—Reynaldo, Seamus, Theresa, and Yuki—will each test one of four bicycles—F, G, H, and J. Each rider will then test a different one of the bicycles on the second day. Each rider tests only one bicycle per day, and all four bicycles are tested each da...	[ "(A)F: Seamus, Reynaldo; G: Yuki, Seamus; H: Theresa, Yuki; J: Reynaldo, Theresa", "(B)F: Seamus, Yuki; G: Reynaldo, Theresa; H: Yuki, Seamus; J: Theresa, Reynaldo", "(C)F: Yuki, Seamus; G: Seamus, Reynaldo; H: Theresa, Yuki; J: Reynaldo, Theresa", "(D)F: Yuki, Seamus; G: Theresa, Reynaldo; H: Reynaldo, There...	[ 2 ]
On the first day of a two-day study for a cycling magazine, four riders—Reynaldo, Seamus, Theresa, and Yuki—will each test one of four bicycles—F, G, H, and J. Each rider will then test a different one of the bicycles on the second day. Each rider tests only one bicycle per day, and all four bicycles are tested each da...	[ "(A)Reynaldo tests H on the first day.", "(B)Reynaldo tests J on the first day.", "(C)Theresa tests H on the second day.", "(D)Theresa tests J on the first day.", "(E)Yuki tests H on the second day." ]	[ 4 ]
On the first day of a two-day study for a cycling magazine, four riders—Reynaldo, Seamus, Theresa, and Yuki—will each test one of four bicycles—F, G, H, and J. Each rider will then test a different one of the bicycles on the second day. Each rider tests only one bicycle per day, and all four bicycles are tested each da...	[ "(A)Reynaldo tests J on the first day.", "(B)Reynaldo tests J on the second day.", "(C)Seamus tests H on the first day.", "(D)Yuki tests H on the first day.", "(E)Yuki tests H on the second day." ]	[ 3 ]
On the first day of a two-day study for a cycling magazine, four riders—Reynaldo, Seamus, Theresa, and Yuki—will each test one of four bicycles—F, G, H, and J. Each rider will then test a different one of the bicycles on the second day. Each rider tests only one bicycle per day, and all four bicycles are tested each da...	[ "(A)Reynaldo tests G on the second day.", "(B)Seamus tests F on the first day.", "(C)Theresa tests F on the second day.", "(D)Reynaldo tests H on the first day.", "(E)Yuki tests F on the second day." ]	[ 2 ]
On the first day of a two-day study for a cycling magazine, four riders—Reynaldo, Seamus, Theresa, and Yuki—will each test one of four bicycles—F, G, H, and J. Each rider will then test a different one of the bicycles on the second day. Each rider tests only one bicycle per day, and all four bicycles are tested each da...	[ "(A)Reynaldo tests G on the second day.", "(B)Seamus tests H on the first day.", "(C)Yuki tests H on the second day.", "(D)Seamus is one of the testers for J.", "(E)Theresa is one of the testers for G." ]	[ 1 ]
On the first day of a two-day study for a cycling magazine, four riders—Reynaldo, Seamus, Theresa, and Yuki—will each test one of four bicycles—F, G, H, and J. Each rider will then test a different one of the bicycles on the second day. Each rider tests only one bicycle per day, and all four bicycles are tested each da...	[ "(A)Both Reynaldo and Seamus test J.", "(B)Both Reynaldo and Theresa test J.", "(C)Both Reynaldo and Yuki test G.", "(D)Both Seamus and Theresa test G.", "(E)Both Theresa and Yuki test F." ]	[ 3 ]
Exactly eight books—F, G, H, I, K, L, M, O—are placed on a bookcase with exactly three shelves—the top shelf, the middle shelf, and the bottom shelf. At least two books are placed on each shelf. The following conditions must apply: More of the books are placed on the bottom shelf than the top shelf. I is placed on the ...	[ "(A)F, M", "(B)F, H, M", "(C)G, H, K", "(D)F, G, M, O", "(E)G, H, L, M" ]	[ 1 ]
Exactly eight books—F, G, H, I, K, L, M, O—are placed on a bookcase with exactly three shelves—the top shelf, the middle shelf, and the bottom shelf. At least two books are placed on each shelf. The following conditions must apply: More of the books are placed on the bottom shelf than the top shelf. I is placed on the ...	[ "(A)I and M are placed on the same shelf as each other.", "(B)K and G are placed on the same shelf as each other.", "(C)L and F are placed on the same shelf as each other.", "(D)M and H are placed on the same shelf as each other.", "(E)H and O are placed on the same shelf as each other." ]	[ 0 ]
Exactly eight books—F, G, H, I, K, L, M, O—are placed on a bookcase with exactly three shelves—the top shelf, the middle shelf, and the bottom shelf. At least two books are placed on each shelf. The following conditions must apply: More of the books are placed on the bottom shelf than the top shelf. I is placed on the ...	[ "(A)O is placed on a shelf higher than the shelf M is placed on.", "(B)K is placed on a shelf higher than the shelf G is placed on.", "(C)I is placed on a shelf higher than the shelf F is placed on.", "(D)G is placed on a shelf higher than the shelf O is placed on.", "(E)F is placed on a shelf higher than t...	[ 0 ]
Exactly eight books—F, G, H, I, K, L, M, O—are placed on a bookcase with exactly three shelves—the top shelf, the middle shelf, and the bottom shelf. At least two books are placed on each shelf. The following conditions must apply: More of the books are placed on the bottom shelf than the top shelf. I is placed on the ...	[ "(A)H, I", "(B)I, L", "(C)H, I, L", "(D)I, K, L", "(E)F, I, M" ]	[ 3 ]
Exactly eight books—F, G, H, I, K, L, M, O—are placed on a bookcase with exactly three shelves—the top shelf, the middle shelf, and the bottom shelf. At least two books are placed on each shelf. The following conditions must apply: More of the books are placed on the bottom shelf than the top shelf. I is placed on the ...	[ "(A)F and G are placed on the same shelf as each other.", "(B)G and H are placed on the same shelf as each other.", "(C)H and M are placed on the same shelf as each other.", "(D)I and G are placed on the same shelf as each other.", "(E)K and O are placed on the same shelf as each other." ]	[ 2 ]
A chemistry class has six lab sessions scheduled over three days—Wednesday, Thursday, and Friday—one session heing held each morning and one each afternoon. Each session will be led by a different lab assistant—Julio, Kevin, Lan, Nessa, Olivia, or Rebecca. The assignment of lab assistants to sessions is constrained as ...	[ "(A)Wednesday: Rebecca, Kevin Thursday: Julio, Lan Friday: Nessa, Olivia", "(B)Wednesday: Olivia, Nessa Thursday: Julio, Lan Friday: Kevin, Rebecca", "(C)Wednesday: Lan, Kevin Thursday: Rebecca, Julio Friday: Olivia, Nessa", "(D)Wednesday: Kevin, Rebecca Thursday: Julio, Nessa Friday: Olivia, Lan", "(E)Wedn...	[ 4 ]
A chemistry class has six lab sessions scheduled over three days—Wednesday, Thursday, and Friday—one session heing held each morning and one each afternoon. Each session will be led by a different lab assistant—Julio, Kevin, Lan, Nessa, Olivia, or Rebecca. The assignment of lab assistants to sessions is constrained as ...	[ "(A)Rebecca", "(B)Olivia", "(C)Nessa", "(D)Kevin", "(E)Julio" ]	[ 4 ]
A chemistry class has six lab sessions scheduled over three days—Wednesday, Thursday, and Friday—one session heing held each morning and one each afternoon. Each session will be led by a different lab assistant—Julio, Kevin, Lan, Nessa, Olivia, or Rebecca. The assignment of lab assistants to sessions is constrained as ...	[ "(A)Julio, Nessa", "(B)Kevin, Rebecca", "(C)Kevin, Nessa, Rebecca", "(D)Julio, Kevin, Nessa, Rebecca", "(E)Julio, Kevin, Lan, Nessa, Rebecca" ]	[ 1 ]
A chemistry class has six lab sessions scheduled over three days—Wednesday, Thursday, and Friday—one session heing held each morning and one each afternoon. Each session will be led by a different lab assistant—Julio, Kevin, Lan, Nessa, Olivia, or Rebecca. The assignment of lab assistants to sessions is constrained as ...	[ "(A)Lan's session meets Wednesday morning.", "(B)Lan's session meets Thursday afternoon.", "(C)Nessa's session meets Friday afternoon.", "(D)Olivia's session meets Thursday morning.", "(E)Olivia's session meets Friday morning." ]	[ 0 ]
A chemistry class has six lab sessions scheduled over three days—Wednesday, Thursday, and Friday—one session heing held each morning and one each afternoon. Each session will be led by a different lab assistant—Julio, Kevin, Lan, Nessa, Olivia, or Rebecca. The assignment of lab assistants to sessions is constrained as ...	[ "(A)one", "(B)two", "(C)three", "(D)four", "(E)five" ]	[ 2 ]
A shopping center has exactly seven spaces—space 1 through space 7—arranged in a straight row. Seven businesses—an optometrist, a pharmacy, two restaurants, a shoe store, a toy store, and a veterinarian—will be located in the shopping center, one in each space. The locations of the businesses are subject to the followi...	[ "(A)pharmacy, optometrist, shoe store, restaurant, veterinarian, toy store, restaurant", "(B)pharmacy, veterinarian, optometrist, shoe store, restaurant, toy store, restaurant", "(C)restaurant, shoe store, veterinarian, pharmacy, optometrist, toy store, restaurant", "(D)restaurant, toy store, optometrist, res...	[ 4 ]
A shopping center has exactly seven spaces—space 1 through space 7—arranged in a straight row. Seven businesses—an optometrist, a pharmacy, two restaurants, a shoe store, a toy store, and a veterinarian—will be located in the shopping center, one in each space. The locations of the businesses are subject to the followi...	[ "(A)The optometrist is in space 5.", "(B)The pharmacy is in space 1.", "(C)A restaurant is in space 3.", "(D)The toy store is in space 6.", "(E)The veterinarian is in space 4." ]	[ 0 ]
A shopping center has exactly seven spaces—space 1 through space 7—arranged in a straight row. Seven businesses—an optometrist, a pharmacy, two restaurants, a shoe store, a toy store, and a veterinarian—will be located in the shopping center, one in each space. The locations of the businesses are subject to the followi...	[ "(A)The optometrist is in space 2.", "(B)The pharmacy is in space 7.", "(C)A restaurant is in space 4.", "(D)The shoe store is in space 6.", "(E)The toy store is in space 3." ]	[ 2 ]
A shopping center has exactly seven spaces—space 1 through space 7—arranged in a straight row. Seven businesses—an optometrist, a pharmacy, two restaurants, a shoe store, a toy store, and a veterinarian—will be located in the shopping center, one in each space. The locations of the businesses are subject to the followi...	[ "(A)the pharmacy and a restaurant", "(B)the pharmacy and the toy store", "(C)the two restaurants", "(D)a restaurant and the toy store", "(E)a restaurant and the veterinarian" ]	[ 3 ]
A shopping center has exactly seven spaces—space 1 through space 7—arranged in a straight row. Seven businesses—an optometrist, a pharmacy, two restaurants, a shoe store, a toy store, and a veterinarian—will be located in the shopping center, one in each space. The locations of the businesses are subject to the followi...	[ "(A)The optometrist is next to a restaurant.", "(B)The pharmacy is next to the veterinarian.", "(C)A restaurant is next to the toy store.", "(D)The shoe store is next to the toy store.", "(E)The shoe store is next to the veterinarian." ]	[ 1 ]
A shopping center has exactly seven spaces—space 1 through space 7—arranged in a straight row. Seven businesses—an optometrist, a pharmacy, two restaurants, a shoe store, a toy store, and a veterinarian—will be located in the shopping center, one in each space. The locations of the businesses are subject to the followi...	[ "(A)A restaurant must be in either space 3, space 4, or space 5.", "(B)A restaurant must be next to either the optometrist or the veterinarian.", "(C)Either the toy store or the veterinarian must be somewhere between the two restaurants.", "(D)No more than two businesses can separate the pharmacy and the rest...	[ 3 ]
A software company employs exactly seven sales representatives—Kim, Mahr, Parra, Quinn, Stuckey, Tiao, and Udall—to work in its three sales zones—Zone 1, Zone 2, and Zone 3. Each sales representative works in exactly one of the sales zones, in accordance with the following conditions: Either Parra or Tiao (but not both...	[ "(A)Zone 1: Kim, Parra Zone 2: Stuckey, Udall Zone 3: Mahr, Quinn, Tiao", "(B)Zone 1: Kim, Tiao Zone 2: Stuckey, Udall Zone 3: Mahr, Parra, Quinn", "(C)Zone 1: Parra, Quinn Zone 2: Kim, Udall Zone 3: Mahr, Stuckey, Tiao", "(D)Zone 1: Stuckey, Udall Zone 2: Kim, Tiao Zone 3: Mahr, Parra, Quinn", "(E)Zone 1: ...	[ 1 ]
A software company employs exactly seven sales representatives—Kim, Mahr, Parra, Quinn, Stuckey, Tiao, and Udall—to work in its three sales zones—Zone 1, Zone 2, and Zone 3. Each sales representative works in exactly one of the sales zones, in accordance with the following conditions: Either Parra or Tiao (but not both...	[ "(A)Kim works in Zone 2.", "(B)Mahr works in Zone 2.", "(C)Parra works in Zone 3.", "(D)Tiao works in Zone 1.", "(E)Udall works in Zone 3." ]	[ 4 ]
A software company employs exactly seven sales representatives—Kim, Mahr, Parra, Quinn, Stuckey, Tiao, and Udall—to work in its three sales zones—Zone 1, Zone 2, and Zone 3. Each sales representative works in exactly one of the sales zones, in accordance with the following conditions: Either Parra or Tiao (but not both...	[ "(A)Kim and Stuckey both work in Zone 1.", "(B)Kim and Stuckey both work in Zone 3.", "(C)Mahr and Stuckey both work in Zone 3.", "(D)Mahr and Udall both work in Zone 3.", "(E)Parra and Stuckey both work in Zone I." ]	[ 0 ]
A software company employs exactly seven sales representatives—Kim, Mahr, Parra, Quinn, Stuckey, Tiao, and Udall—to work in its three sales zones—Zone 1, Zone 2, and Zone 3. Each sales representative works in exactly one of the sales zones, in accordance with the following conditions: Either Parra or Tiao (but not both...	[ "(A)Kim, Mahr", "(B)Kim, Tiao", "(C)Parra, Quinn", "(D)Stuckey, Tiao, Udall", "(E)Parra, Quinn, Stuckey, Udall" ]	[ 0 ]
A software company employs exactly seven sales representatives—Kim, Mahr, Parra, Quinn, Stuckey, Tiao, and Udall—to work in its three sales zones—Zone 1, Zone 2, and Zone 3. Each sales representative works in exactly one of the sales zones, in accordance with the following conditions: Either Parra or Tiao (but not both...	[ "(A)Kim", "(B)Mahr", "(C)Stuckey", "(D)Tiao", "(E)Udall" ]	[ 3 ]
A software company employs exactly seven sales representatives—Kim, Mahr, Parra, Quinn, Stuckey, Tiao, and Udall—to work in its three sales zones—Zone 1, Zone 2, and Zone 3. Each sales representative works in exactly one of the sales zones, in accordance with the following conditions: Either Parra or Tiao (but not both...	[ "(A)Kim works in Zone 2.", "(B)Mahr works in Zone 1.", "(C)Parra works in Zone 3.", "(D)Stuckey works in Zone 2.", "(E)Tiao works in Zone 1." ]	[ 0 ]
During a recital, two pianists—Wayne and Zara—will perform solos. There will be five solos altogether, performed one immediately after another. Each solo will be either a modern piece or a traditional piece. The choice of pianist and type of piece for the solos must conform to the following conditions: The third solo i...	[ "(A)the first, third, and fourth", "(B)the second, third, and fourth", "(C)the third and fourth", "(D)the third and fifth", "(E)the fourth and fifth" ]	[ 2 ]
During a recital, two pianists—Wayne and Zara—will perform solos. There will be five solos altogether, performed one immediately after another. Each solo will be either a modern piece or a traditional piece. The choice of pianist and type of piece for the solos must conform to the following conditions: The third solo i...	[ "(A)zero", "(B)one", "(C)two", "(D)three", "(E)four" ]	[ 0 ]
During a recital, two pianists—Wayne and Zara—will perform solos. There will be five solos altogether, performed one immediately after another. Each solo will be either a modern piece or a traditional piece. The choice of pianist and type of piece for the solos must conform to the following conditions: The third solo i...	[ "(A)Zara performs the first solo.", "(B)Wayne performs the third solo.", "(C)Zara performs the fifth solo.", "(D)The second solo is a traditional piece.", "(E)The fourth solo is a modem piece." ]	[ 2 ]
During a recital, two pianists—Wayne and Zara—will perform solos. There will be five solos altogether, performed one immediately after another. Each solo will be either a modern piece or a traditional piece. The choice of pianist and type of piece for the solos must conform to the following conditions: The third solo i...	[ "(A)one", "(B)two", "(C)three", "(D)four", "(E)five" ]	[ 1 ]
During a recital, two pianists—Wayne and Zara—will perform solos. There will be five solos altogether, performed one immediately after another. Each solo will be either a modern piece or a traditional piece. The choice of pianist and type of piece for the solos must conform to the following conditions: The third solo i...	[ "(A)Zara performs the first solo.", "(B)Wayne performs the second solo.", "(C)Zara performs the third solo.", "(D)The second solo is a modem piece.", "(E)The fourth solo is a traditional piece." ]	[ 2 ]
A realtor will show a prospective buyer seven houses—J, K, L, M, N, 0, and P—during a single day. The first and second houses to be shown will be shown in the morning; the third, fourth, and fifth houses to be shown will be shown in the afternoon; the sixth and seventh houses to be shown will be shown in the evening. T...	[ "(A)K, 0, L, M, N, J, P", "(B)N, L, P, K, M, 0, J", "(C)0, P, K, L, N, M, J", "(D)0, P, M, N, K, L, J", "(E)P, 0, K, J, L, N, M" ]	[ 2 ]
A realtor will show a prospective buyer seven houses—J, K, L, M, N, 0, and P—during a single day. The first and second houses to be shown will be shown in the morning; the third, fourth, and fifth houses to be shown will be shown in the afternoon; the sixth and seventh houses to be shown will be shown in the evening. T...	[ "(A)J, K", "(B)J, M", "(C)J, O", "(D)J, P", "(E)M, P" ]	[ 0 ]
A realtor will show a prospective buyer seven houses—J, K, L, M, N, 0, and P—during a single day. The first and second houses to be shown will be shown in the morning; the third, fourth, and fifth houses to be shown will be shown in the afternoon; the sixth and seventh houses to be shown will be shown in the evening. T...	[ "(A)K is shown in the evening.", "(B)L is shown in the afternoon.", "(C)L is shown in the evening.", "(D)M is shown in the morning.", "(E)M is shown in the afternoon." ]	[ 1 ]
A realtor will show a prospective buyer seven houses—J, K, L, M, N, 0, and P—during a single day. The first and second houses to be shown will be shown in the morning; the third, fourth, and fifth houses to be shown will be shown in the afternoon; the sixth and seventh houses to be shown will be shown in the evening. T...	[ "(A)K is shown at some time after J is shown.", "(B)L is shown at some time after J is shown.", "(C)P is shown at some time after J is shown.", "(D)Both N and O are shown at some time after M is", "(E)Both N and P are shown at some time after K is" ]	[ 2 ]
A realtor will show a prospective buyer seven houses—J, K, L, M, N, 0, and P—during a single day. The first and second houses to be shown will be shown in the morning; the third, fourth, and fifth houses to be shown will be shown in the afternoon; the sixth and seventh houses to be shown will be shown in the evening. T...	[ "(A)J is shown seventh.", "(B)K is shown third.", "(C)N is shown first.", "(D)M is shown in the afternoon.", "(E)O is shown in the morning." ]	[ 4 ]
Exactly five witnesses—Franco, Garcia, Hong, Iturbe, and Jackson—are to be scheduled to testify at a hearing that is to take exactly three days of one week—Monday, Tuesday, and Wednesday. Each witness testifies on exactly one day of the hearing. The schedule must meet the following conditions: Franco does not testify o...	[ "(A)Monday: Franco Tuesday: Hong and Iturbe Wednesday: Garcia and Jackson", "(B)Monday: Franco and Hong Tuesday: Iturbe and Jackson Wednesday: Garcia", "(C)Monday: Garcia Tuesday: Franco and Iturbe Wednesday: Hong and Jackson", "(D)Monday: Garcia and Jackson Tuesday: Franco and Hong Wednesday: Iturbe", "(E)...	[ 3 ]
Exactly five witnesses—Franco, Garcia, Hong, Iturbe, and Jackson—are to be scheduled to testify at a hearing that is to take exactly three days of one week—Monday, Tuesday, and Wednesday. Each witness testifies on exactly one day of the hearing. The schedule must meet the following conditions: Franco does not testify o...	[ "(A)Franco is the only witness scheduled to testify on Monday.", "(B)Franco is scheduled to testify on the same day as Iturbe.", "(C)Garcia and Hong are both scheduled to testify on Tuesday.", "(D)Garcia is the only witness scheduled to testify on Monday and Hong is one of two witnesses scheduled to testify o...	[ 4 ]
Exactly five witnesses—Franco, Garcia, Hong, Iturbe, and Jackson—are to be scheduled to testify at a hearing that is to take exactly three days of one week—Monday, Tuesday, and Wednesday. Each witness testifies on exactly one day of the hearing. The schedule must meet the following conditions: Franco does not testify o...	[ "(A)Franco is scheduled to testify on Monday.", "(B)Garcia is scheduled to testify on Monday.", "(C)Exactly one witness is scheduled to testify on Monday.", "(D)Exactly two witnesses are scheduled to testify on Monday.", "(E)Garcia is scheduled to testify on the same day as Hong." ]	[ 2 ]

End of preview. Expand in Data Studio

Dataset Card for "agieval-lsat-ar"

Dataset taken from https://github.com/microsoft/AGIEval and processed as in that repo, following dmayhem93/agieval-* datasets on the HF hub.

This dataset contains the contents of the LSAT analytical reasoning subtask of AGIEval, as accessed in https://github.com/ruixiangcui/AGIEval/commit/5c77d073fda993f1652eaae3cf5d04cc5fd21d40 .

Citation:

@misc{zhong2023agieval,
      title={AGIEval: A Human-Centric Benchmark for Evaluating Foundation Models},
      author={Wanjun Zhong and Ruixiang Cui and Yiduo Guo and Yaobo Liang and Shuai Lu and Yanlin Wang and Amin Saied and Weizhu Chen and Nan Duan},
      year={2023},
      eprint={2304.06364},
      archivePrefix={arXiv},
      primaryClass={cs.CL}
}

Please make sure to cite all the individual datasets in your paper when you use them. We provide the relevant citation information below:

@inproceedings{ling-etal-2017-program,
    title = "Program Induction by Rationale Generation: Learning to Solve and Explain Algebraic Word Problems",
    author = "Ling, Wang  and
      Yogatama, Dani  and
      Dyer, Chris  and
      Blunsom, Phil",
    booktitle = "Proceedings of the 55th Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers)",
    month = jul,
    year = "2017",
    address = "Vancouver, Canada",
    publisher = "Association for Computational Linguistics",
    url = "https://aclanthology.org/P17-1015",
    doi = "10.18653/v1/P17-1015",
    pages = "158--167",
    abstract = "Solving algebraic word problems requires executing a series of arithmetic operations{---}a program{---}to obtain a final answer. However, since programs can be arbitrarily complicated, inducing them directly from question-answer pairs is a formidable challenge. To make this task more feasible, we solve these problems by generating answer rationales, sequences of natural language and human-readable mathematical expressions that derive the final answer through a series of small steps. Although rationales do not explicitly specify programs, they provide a scaffolding for their structure via intermediate milestones. To evaluate our approach, we have created a new 100,000-sample dataset of questions, answers and rationales. Experimental results show that indirect supervision of program learning via answer rationales is a promising strategy for inducing arithmetic programs.",
}

@inproceedings{hendrycksmath2021,
  title={Measuring Mathematical Problem Solving With the MATH Dataset},
  author={Dan Hendrycks and Collin Burns and Saurav Kadavath and Akul Arora and Steven Basart and Eric Tang and Dawn Song and Jacob Steinhardt},
  journal={NeurIPS},
  year={2021}
}

@inproceedings{Liu2020LogiQAAC,
  title={LogiQA: A Challenge Dataset for Machine Reading Comprehension with Logical Reasoning},
  author={Jian Liu and Leyang Cui and Hanmeng Liu and Dandan Huang and Yile Wang and Yue Zhang},
  booktitle={International Joint Conference on Artificial Intelligence},
  year={2020}
}

@inproceedings{zhong2019jec,
  title={JEC-QA: A Legal-Domain Question Answering Dataset},
  author={Zhong, Haoxi and Xiao, Chaojun and Tu, Cunchao and Zhang, Tianyang and Liu, Zhiyuan and Sun, Maosong},
  booktitle={Proceedings of AAAI},
  year={2020},
}

@article{Wang2021FromLT,
  title={From LSAT: The Progress and Challenges of Complex Reasoning},
  author={Siyuan Wang and Zhongkun Liu and Wanjun Zhong and Ming Zhou and Zhongyu Wei and Zhumin Chen and Nan Duan},
  journal={IEEE/ACM Transactions on Audio, Speech, and Language Processing},
  year={2021},
  volume={30},
  pages={2201-2216}
}

Downloads last month: 10,478

Paper for hails/agieval-lsat-ar

AGIEval: A Human-Centric Benchmark for Evaluating Foundation Models

Paper • 2304.06364 • Published Apr 13, 2023 • 3