benlipkin/arlsat huggingface dataset:
An archaeologist has six ancient artifacts—a figurine, a headdress, a jar, a necklace, a plaque, and a tureen—no two of which are the same age. She will order them from first (oldest) to sixth (most recent). The following has already been determined: The figurine is older than both the jar and the headdress. The necklace and the jar are both older than the tureen. Either the plaque is older than both the headdress and the necklace, or both the headdress and the necklace are older than the plaque.

Question: Which one of the following, if substituted for the information that the necklace and the jar are both older than the tureen, would have the same effect in determining the order of the artifacts?
Options:
The tureen is older than the headdress but not as old as the figurine.
The figurine and the necklace are both older than the tureen.
The necklace is older than the tureen if and only if the jar is.
All of the artifacts except the headdress and the plaque must be older than the tureen.
The plaque is older than the necklace if and only if the plaque is older than the tureen.
Correct option (0-indexed): 3
The coach of a women's track team must determine which four of five runners—Quinn, Ramirez, Smith, Terrell, and Uzoma—will run in the four races of an upcoming track meet. Each of the four runners chosen will run in exactly one of the four races—the first, second, third, or fourth. The coach's selection is bound by the following constraints: If Quinn runs in the track meet, then Terrell runs in the race immediately after the race in which Quinn runs. Smith does not run in either the second race or the fourth race. If Uzoma does not run in the track meet, then Ramirez runs in the second race. If Ramirez runs in the second race, then Uzoma does not run in the track meet.

Question: Which one of the following could be the order in which the runners run, from first to fourth?
Options:
Uzoma, Ramirez, Quinn, Terrell
Terrell, Smith, Ramirez, Uzoma
Smith, Ramirez, Terrell, Quinn
Ramirez, Uzoma, Smith, Terrell
Quinn, Terrell, Smith, Ramirez
Correct option (0-indexed): 3
The coach of a women's track team must determine which four of five runners—Quinn, Ramirez, Smith, Terrell, and Uzoma—will run in the four races of an upcoming track meet. Each of the four runners chosen will run in exactly one of the four races—the first, second, third, or fourth. The coach's selection is bound by the following constraints: If Quinn runs in the track meet, then Terrell runs in the race immediately after the race in which Quinn runs. Smith does not run in either the second race or the fourth race. If Uzoma does not run in the track meet, then Ramirez runs in the second race. If Ramirez runs in the second race, then Uzoma does not run in the track meet.

Question: Which one of the following runners must the coach select to run in the track meet?
Options:
Quinn
Ramirez
Smith
Terrell
Uzoma
Correct option (0-indexed): 3
The coach of a women's track team must determine which four of five runners—Quinn, Ramirez, Smith, Terrell, and Uzoma—will run in the four races of an upcoming track meet. Each of the four runners chosen will run in exactly one of the four races—the first, second, third, or fourth. The coach's selection is bound by the following constraints: If Quinn runs in the track meet, then Terrell runs in the race immediately after the race in which Quinn runs. Smith does not run in either the second race or the fourth race. If Uzoma does not run in the track meet, then Ramirez runs in the second race. If Ramirez runs in the second race, then Uzoma does not run in the track meet.

Question: The question of which runners will be chosen to run in the track meet and in what races they will run can be completely resolved if which one of the following is true?
Options:
Ramirez runs in the first race.
Ramirez runs in the second race.
Ramirez runs in the third race.
Ramirez runs in the fourth race.
Ramirez does not run in the track meet.
Correct option (0-indexed): 1
The coach of a women's track team must determine which four of five runners—Quinn, Ramirez, Smith, Terrell, and Uzoma—will run in the four races of an upcoming track meet. Each of the four runners chosen will run in exactly one of the four races—the first, second, third, or fourth. The coach's selection is bound by the following constraints: If Quinn runs in the track meet, then Terrell runs in the race immediately after the race in which Quinn runs. Smith does not run in either the second race or the fourth race. If Uzoma does not run in the track meet, then Ramirez runs in the second race. If Ramirez runs in the second race, then Uzoma does not run in the track meet.

Question: Which one of the following CANNOT be true?
Options:
Ramirez runs in the race immediately before the race in which Smith runs.
Smith runs in the race immediately before the race in which Quinn runs.
Smith runs in the race immediately before the race in which Terrell runs.
Terrell runs in the race immediately before the race in which Ramirez runs.
Uzoma runs in the race immediately before the race in which Terrell runs.
Correct option (0-indexed): 0
The coach of a women's track team must determine which four of five runners—Quinn, Ramirez, Smith, Terrell, and Uzoma—will run in the four races of an upcoming track meet. Each of the four runners chosen will run in exactly one of the four races—the first, second, third, or fourth. The coach's selection is bound by the following constraints: If Quinn runs in the track meet, then Terrell runs in the race immediately after the race in which Quinn runs. Smith does not run in either the second race or the fourth race. If Uzoma does not run in the track meet, then Ramirez runs in the second race. If Ramirez runs in the second race, then Uzoma does not run in the track meet.

Question: If Uzoma runs in the first race, then which one of the following must be true?
Options:
Quinn does not run in the track meet.
Smith does not run in the track meet.
Quinn runs in the second race.
Terrell runs in the second race.
Ramirez runs in the fourth race.
Correct option (0-indexed): 4
The coach of a women's track team must determine which four of five runners—Quinn, Ramirez, Smith, Terrell, and Uzoma—will run in the four races of an upcoming track meet. Each of the four runners chosen will run in exactly one of the four races—the first, second, third, or fourth. The coach's selection is bound by the following constraints: If Quinn runs in the track meet, then Terrell runs in the race immediately after the race in which Quinn runs. Smith does not run in either the second race or the fourth race. If Uzoma does not run in the track meet, then Ramirez runs in the second race. If Ramirez runs in the second race, then Uzoma does not run in the track meet.

Question: If both Quinn and Smith run in the track meet, then how many of the runners are there any one of whom could be the one who runs in the first race?
Options:
one
two
three
four
five
Correct option (0-indexed): 1
From the 1st through the 7th of next month, seven nurses—Farnham, Griseldi, Heany, Juarez, Khan, Lightfoot, and Moreau—will each conduct one information session at a community center. Each nurse's session will fall on a different day. The nurses' schedule is governed by the following constraints: At least two of the other nurses' sessions must fall in between Heany's session and Moreau's session. Griseldi's session must be on the day before Khan's. Juarez's session must be on a later day than Moreau's. Farnham's session must be on an earlier day than Khan's but on a later day than Lightfoot's. Lightfoot cannot conduct the session on the 2nd.

Question: Which one of the following could be the order of the nurses' sessions, from first to last?
Options:
Farnham, Griseldi, Khan, Moreau, Juarez, Lightfoot, Heany
Heany, Lightfoot, Farnham, Moreau, Juarez, Griseldi, Khan
Juarez, Heany, Lightfoot, Farnham, Moreau, Griseldi, Khan
Lightfoot, Moreau, Farnham, Juarez, Griseldi, Khan, Heany
Moreau, Lightfoot, Heany, Juarez, Farnham, Griseldi, Khan
Correct option (0-indexed): 3
From the 1st through the 7th of next month, seven nurses—Farnham, Griseldi, Heany, Juarez, Khan, Lightfoot, and Moreau—will each conduct one information session at a community center. Each nurse's session will fall on a different day. The nurses' schedule is governed by the following constraints: At least two of the other nurses' sessions must fall in between Heany's session and Moreau's session. Griseldi's session must be on the day before Khan's. Juarez's session must be on a later day than Moreau's. Farnham's session must be on an earlier day than Khan's but on a later day than Lightfoot's. Lightfoot cannot conduct the session on the 2nd.

Question: Juarez's session CANNOT be on which one of the following days?
Options:
the 2nd
the 3rd
the 5th
the 6th
the 7th
Correct option (0-indexed): 2
From the 1st through the 7th of next month, seven nurses—Farnham, Griseldi, Heany, Juarez, Khan, Lightfoot, and Moreau—will each conduct one information session at a community center. Each nurse's session will fall on a different day. The nurses' schedule is governed by the following constraints: At least two of the other nurses' sessions must fall in between Heany's session and Moreau's session. Griseldi's session must be on the day before Khan's. Juarez's session must be on a later day than Moreau's. Farnham's session must be on an earlier day than Khan's but on a later day than Lightfoot's. Lightfoot cannot conduct the session on the 2nd.

Question: If Juarez's session is on the 3rd, then which one of the following could be true?
Options:
Moreau's session is on the 1st.
Khan's session is on the 5th.
Heany's session is on the 6th.
Griseldi's session is on the 5th.
Farnham's session is on the 2nd.
Correct option (0-indexed): 3
From the 1st through the 7th of next month, seven nurses—Farnham, Griseldi, Heany, Juarez, Khan, Lightfoot, and Moreau—will each conduct one information session at a community center. Each nurse's session will fall on a different day. The nurses' schedule is governed by the following constraints: At least two of the other nurses' sessions must fall in between Heany's session and Moreau's session. Griseldi's session must be on the day before Khan's. Juarez's session must be on a later day than Moreau's. Farnham's session must be on an earlier day than Khan's but on a later day than Lightfoot's. Lightfoot cannot conduct the session on the 2nd.

Question: If Khan's session is on an earlier day than Moreau's, which one of the following could conduct the session on the 3rd?
Options:
Griseldi
Heany
Juarez
Lightfoot
Moreau
Correct option (0-indexed): 1
From the 1st through the 7th of next month, seven nurses—Farnham, Griseldi, Heany, Juarez, Khan, Lightfoot, and Moreau—will each conduct one information session at a community center. Each nurse's session will fall on a different day. The nurses' schedule is governed by the following constraints: At least two of the other nurses' sessions must fall in between Heany's session and Moreau's session. Griseldi's session must be on the day before Khan's. Juarez's session must be on a later day than Moreau's. Farnham's session must be on an earlier day than Khan's but on a later day than Lightfoot's. Lightfoot cannot conduct the session on the 2nd.

Question: If Griseldi's session is on the 5th, then which one of the following must be true?
Options:
Farnham's session is on the 3rd.
Heany's session is on the 7th.
Juarez's session is on the 4th.
Lightfoot's session is on the 1st.
Moreau's session is on the 2nd.
Correct option (0-indexed): 1
From the 1st through the 7th of next month, seven nurses—Farnham, Griseldi, Heany, Juarez, Khan, Lightfoot, and Moreau—will each conduct one information session at a community center. Each nurse's session will fall on a different day. The nurses' schedule is governed by the following constraints: At least two of the other nurses' sessions must fall in between Heany's session and Moreau's session. Griseldi's session must be on the day before Khan's. Juarez's session must be on a later day than Moreau's. Farnham's session must be on an earlier day than Khan's but on a later day than Lightfoot's. Lightfoot cannot conduct the session on the 2nd.

Question: Lightfoot's session could be on which one of the following days?
Options:
the 3rd
the 4th
the 5th
the 6th
the 7th
Correct option (0-indexed): 0
A motel operator is scheduling appointments to start up services at a new motel. Appointments for six services—gas, landscaping, power, satellite, telephone, and water—will be scheduled, one appointment per day for the next six days. The schedule for the appointments is subject to the following conditions: The water appointment must be scheduled for an earlier day than the landscaping appointment. The power appointment must be scheduled for an earlier day than both the gas and satellite appointments. The appointments scheduled for the second and third days cannot be for either gas, satellite, or telephone. The telephone appointment cannot be scheduled for the sixth day.

Question: Which one of the following is an acceptable schedule of appointments, listed in order from earliest to latest?
Options:
gas, water, power, telephone, landscaping, satellite
power, water, landscaping, gas, satellite, telephone
telephone, power, landscaping, gas, water, satellite
telephone, water, power, landscaping, gas, satellite
water, telephone, power, gas, satellite, landscaping
Correct option (0-indexed): 3
A motel operator is scheduling appointments to start up services at a new motel. Appointments for six services—gas, landscaping, power, satellite, telephone, and water—will be scheduled, one appointment per day for the next six days. The schedule for the appointments is subject to the following conditions: The water appointment must be scheduled for an earlier day than the landscaping appointment. The power appointment must be scheduled for an earlier day than both the gas and satellite appointments. The appointments scheduled for the second and third days cannot be for either gas, satellite, or telephone. The telephone appointment cannot be scheduled for the sixth day.

Question: If neither the gas nor the satellite nor the telephone appointment is scheduled for the fourth day, which one of the following must be true?
Options:
The gas appointment is scheduled for the fifth day.
The power appointment is scheduled for the third day.
The satellite appointment is scheduled for the sixth day.
The telephone appointment is scheduled for the first day.
The water appointment is scheduled for the second day.
Correct option (0-indexed): 3
A motel operator is scheduling appointments to start up services at a new motel. Appointments for six services—gas, landscaping, power, satellite, telephone, and water—will be scheduled, one appointment per day for the next six days. The schedule for the appointments is subject to the following conditions: The water appointment must be scheduled for an earlier day than the landscaping appointment. The power appointment must be scheduled for an earlier day than both the gas and satellite appointments. The appointments scheduled for the second and third days cannot be for either gas, satellite, or telephone. The telephone appointment cannot be scheduled for the sixth day.

Question: Which one of the following must be true?
Options:
The landscaping appointment is scheduled for an earlier day than the telephone appointment.
The power appointment is scheduled for an earlier day than the landscaping appointment.
The telephone appointment is scheduled for an earlier day than the gas appointment.
The telephone appointment is scheduled for an earlier day than the water appointment.
The water appointment is scheduled for an earlier day than the gas appointment.
Correct option (0-indexed): 4
A motel operator is scheduling appointments to start up services at a new motel. Appointments for six services—gas, landscaping, power, satellite, telephone, and water—will be scheduled, one appointment per day for the next six days. The schedule for the appointments is subject to the following conditions: The water appointment must be scheduled for an earlier day than the landscaping appointment. The power appointment must be scheduled for an earlier day than both the gas and satellite appointments. The appointments scheduled for the second and third days cannot be for either gas, satellite, or telephone. The telephone appointment cannot be scheduled for the sixth day.

Question: Which one of the following CANNOT be the appointments scheduled for the fourth, fifth, and sixth days, listed in that order?
Options:
gas, satellite, landscaping
landscaping, satellite, gas
power, satellite, gas
telephone, satellite, gas
water, gas, landscaping
Correct option (0-indexed): 4
A motel operator is scheduling appointments to start up services at a new motel. Appointments for six services—gas, landscaping, power, satellite, telephone, and water—will be scheduled, one appointment per day for the next six days. The schedule for the appointments is subject to the following conditions: The water appointment must be scheduled for an earlier day than the landscaping appointment. The power appointment must be scheduled for an earlier day than both the gas and satellite appointments. The appointments scheduled for the second and third days cannot be for either gas, satellite, or telephone. The telephone appointment cannot be scheduled for the sixth day.

Question: If neither the gas appointment nor the satellite appointment is scheduled for the sixth day, which one of the following must be true?
Options:
The gas appointment is scheduled for the fifth day.
The landscaping appointment is scheduled for the sixth day.
The power appointment is scheduled for the third day.
The telephone appointment is scheduled for the fourth day.
The water appointment is scheduled for the second day.
Correct option (0-indexed): 1
A motel operator is scheduling appointments to start up services at a new motel. Appointments for six services—gas, landscaping, power, satellite, telephone, and water—will be scheduled, one appointment per day for the next six days. The schedule for the appointments is subject to the following conditions: The water appointment must be scheduled for an earlier day than the landscaping appointment. The power appointment must be scheduled for an earlier day than both the gas and satellite appointments. The appointments scheduled for the second and third days cannot be for either gas, satellite, or telephone. The telephone appointment cannot be scheduled for the sixth day.

Question: Which one of the following, if substituted for the condition that the telephone appointment cannot be scheduled for the sixth day, would have the same effect in determining the order of the appointments?
Options:
The telephone appointment must be scheduled for an earlier day than the gas appointment or the satellite appointment, or both.
The telephone appointment must be scheduled for the day immediately before either the gas appointment or the satellite appointment.
The telephone appointment must be scheduled for an earlier day than the landscaping appointment.
If the telephone appointment is not scheduled for the first day, it must be scheduled for the day immediately before the gas appointment.
Either the gas appointment or the satellite appointment must be scheduled for the sixth day.
Correct option (0-indexed): 0
An artisan has been hired to create three stained glass windows. The artisan will use exactly five colors of glass: green, orange, purple, rose, and yellow. Each color of glass will be used at least once, and each window will contain at least two different colors of glass. The windows must also conform to the following conditions: Exactly one of the windows contains both green glass and purple glass. Exactly two of the windows contain rose glass. If a window contains yellow glass, then that window contains neither green glass nor orange glass. If a window does not contain purple glass, then that window contains orange glass.

Question: Which one of the following could be the color combinations of the glass in the three windows?
Options:
window 1: green, purple, rose, and orange window 2: rose and yellow window 3: green and orange
window 1: green, purple, and rose window 2: green, rose, and orange window 3: purple and yellow
window 1: green, purple, and rose window 2: green, purple, and orange window 3: purple, rose, and yellow
window 1: green, purple, and orange window 2: rose, orange, and yellow window 3: purple and rose
window 1: green, purple, and orange window 2: purple, rose, and yellow window 3: purple and orange
Correct option (0-indexed): 1
An artisan has been hired to create three stained glass windows. The artisan will use exactly five colors of glass: green, orange, purple, rose, and yellow. Each color of glass will be used at least once, and each window will contain at least two different colors of glass. The windows must also conform to the following conditions: Exactly one of the windows contains both green glass and purple glass. Exactly two of the windows contain rose glass. If a window contains yellow glass, then that window contains neither green glass nor orange glass. If a window does not contain purple glass, then that window contains orange glass.

Question: Which one of the following CANNOT be the complete color combination of the glass in one of the windows?
Options:
green and orange
green and purple
green and rose
purple and orange
rose and orange
Correct option (0-indexed): 2
An artisan has been hired to create three stained glass windows. The artisan will use exactly five colors of glass: green, orange, purple, rose, and yellow. Each color of glass will be used at least once, and each window will contain at least two different colors of glass. The windows must also conform to the following conditions: Exactly one of the windows contains both green glass and purple glass. Exactly two of the windows contain rose glass. If a window contains yellow glass, then that window contains neither green glass nor orange glass. If a window does not contain purple glass, then that window contains orange glass.

Question: If two of the windows are made with exactly two colors of glass each, then the complete color combination of the glass in one of those windows could be
Options:
rose and yellow
orange and rose
orange and purple
green and rose
green and orange
Correct option (0-indexed): 1
An artisan has been hired to create three stained glass windows. The artisan will use exactly five colors of glass: green, orange, purple, rose, and yellow. Each color of glass will be used at least once, and each window will contain at least two different colors of glass. The windows must also conform to the following conditions: Exactly one of the windows contains both green glass and purple glass. Exactly two of the windows contain rose glass. If a window contains yellow glass, then that window contains neither green glass nor orange glass. If a window does not contain purple glass, then that window contains orange glass.

Question: If the complete color combination of the glass in one of the windows is purple, rose, and orange, then the complete color combination of the glass in one of the other windows could be
Options:
green, orange, and rose
green, orange, and purple
orange and rose
orange and purple
green and orange
Correct option (0-indexed): 1
An artisan has been hired to create three stained glass windows. The artisan will use exactly five colors of glass: green, orange, purple, rose, and yellow. Each color of glass will be used at least once, and each window will contain at least two different colors of glass. The windows must also conform to the following conditions: Exactly one of the windows contains both green glass and purple glass. Exactly two of the windows contain rose glass. If a window contains yellow glass, then that window contains neither green glass nor orange glass. If a window does not contain purple glass, then that window contains orange glass.

Question: If orange glass is used in more of the windows than green glass, then the complete color combination of the glass in one of the windows could be
Options:
orange and purple
green, purple, and rose
green and purple
green and orange
green, orange, and rose
Correct option (0-indexed): 0
An artisan has been hired to create three stained glass windows. The artisan will use exactly five colors of glass: green, orange, purple, rose, and yellow. Each color of glass will be used at least once, and each window will contain at least two different colors of glass. The windows must also conform to the following conditions: Exactly one of the windows contains both green glass and purple glass. Exactly two of the windows contain rose glass. If a window contains yellow glass, then that window contains neither green glass nor orange glass. If a window does not contain purple glass, then that window contains orange glass.

Question: Which one of the following could be used in all three windows?
Options:
green glass
orange glass
purple glass
rose glass
yellow glass
Correct option (0-indexed): 2
An artisan has been hired to create three stained glass windows. The artisan will use exactly five colors of glass: green, orange, purple, rose, and yellow. Each color of glass will be used at least once, and each window will contain at least two different colors of glass. The windows must also conform to the following conditions: Exactly one of the windows contains both green glass and purple glass. Exactly two of the windows contain rose glass. If a window contains yellow glass, then that window contains neither green glass nor orange glass. If a window does not contain purple glass, then that window contains orange glass.

Question: If none of the windows contains both rose glass and orange glass, then the complete color combination of the glass in one of the windows must be
Options:
green and purple
green, purple, and orange
green and orange
purple and orange
purple, rose, and yellow
Correct option (0-indexed): 4
A conference on management skills consists of exactly five talks, which are held successively in the following order: Feedback, Goal Sharing, Handling People, Information Overload, and Leadership. Exactly four employees of SoftCorp—Quigley, Rivera, Spivey, and Tran—each attend exactly two of the talks. No talk is attended by more than two of the employees, who attend the talks in accordance with the following conditions: Quigley attends neither Feedback nor Handling People. Rivera attends neither Goal Sharing nor Handling People. Spivey does not attend either of the talks that Tran attends. Quigley attends the first talk Tran attends. Spivey attends the first talk Rivera attends.

Question: Which one of the following could be a complete and accurate matching of the talks to the SoftCorp employees who attend them?
Options:
Feedback: Rivera, Spivey Goal Sharing: Quigley, Tran Handling People: None Information Overload: Quigley, Rivera Leadership: Spivey, Tran
Feedback: Rivera, Spivey Goal Sharing: Quigley, Tran Handling People: Rivera, Tran Information Overload: Quigley Leadership: Spivey
Feedback: Rivera, Spivey Goal Sharing: Quigley, Tran Handling People: Tran Information Overload: Quigley, Rivera Leadership: Spivey
Feedback: Rivera, Spivey Goal Sharing: Tran Handling People: Tran Information Overload: Quigley, Rivera Leadership: Quigley, Spivey
Feedback: Spivey Goal Sharing: Quigley, Tran Handling People: Spivey Information Overload: Quigley, Rivera Leadership: Rivera, Tran
Correct option (0-indexed): 2
A conference on management skills consists of exactly five talks, which are held successively in the following order: Feedback, Goal Sharing, Handling People, Information Overload, and Leadership. Exactly four employees of SoftCorp—Quigley, Rivera, Spivey, and Tran—each attend exactly two of the talks. No talk is attended by more than two of the employees, who attend the talks in accordance with the following conditions: Quigley attends neither Feedback nor Handling People. Rivera attends neither Goal Sharing nor Handling People. Spivey does not attend either of the talks that Tran attends. Quigley attends the first talk Tran attends. Spivey attends the first talk Rivera attends.

Question: If none of the SoftCorp employees attends Handling People, then which one of the following must be true?
Options:
Rivera attends Feedback.
Rivera attends Leadership.
Spivey attends Information Overload.
Tran attends Goal Sharing.
Tran attends Information Overload.
Correct option (0-indexed): 0
A conference on management skills consists of exactly five talks, which are held successively in the following order: Feedback, Goal Sharing, Handling People, Information Overload, and Leadership. Exactly four employees of SoftCorp—Quigley, Rivera, Spivey, and Tran—each attend exactly two of the talks. No talk is attended by more than two of the employees, who attend the talks in accordance with the following conditions: Quigley attends neither Feedback nor Handling People. Rivera attends neither Goal Sharing nor Handling People. Spivey does not attend either of the talks that Tran attends. Quigley attends the first talk Tran attends. Spivey attends the first talk Rivera attends.

Question: Which one of the following is a complete and accurate list of the talks any one of which Rivera and Spivey could attend together?
Options:
Feedback, Information Overload, Leadership
Feedback, Goal Sharing, Information Overload
Information Overload, Leadership
Feedback, Leadership
Feedback, Information Overload
Correct option (0-indexed): 0
A conference on management skills consists of exactly five talks, which are held successively in the following order: Feedback, Goal Sharing, Handling People, Information Overload, and Leadership. Exactly four employees of SoftCorp—Quigley, Rivera, Spivey, and Tran—each attend exactly two of the talks. No talk is attended by more than two of the employees, who attend the talks in accordance with the following conditions: Quigley attends neither Feedback nor Handling People. Rivera attends neither Goal Sharing nor Handling People. Spivey does not attend either of the talks that Tran attends. Quigley attends the first talk Tran attends. Spivey attends the first talk Rivera attends.

Question: If Quigley is the only SoftCorp employee to attend Leadership, then which one of the following could be false?
Options:
Rivera attends Feedback.
Rivera attends Information Overload.
Spivey attends Feedback.
Spivey attends Handling People.
Tran attends Goal Sharing.
Correct option (0-indexed): 3
A conference on management skills consists of exactly five talks, which are held successively in the following order: Feedback, Goal Sharing, Handling People, Information Overload, and Leadership. Exactly four employees of SoftCorp—Quigley, Rivera, Spivey, and Tran—each attend exactly two of the talks. No talk is attended by more than two of the employees, who attend the talks in accordance with the following conditions: Quigley attends neither Feedback nor Handling People. Rivera attends neither Goal Sharing nor Handling People. Spivey does not attend either of the talks that Tran attends. Quigley attends the first talk Tran attends. Spivey attends the first talk Rivera attends.

Question: If Rivera is the only SoftCorp employee to attend Information Overload, then which one of the following could be false?
Options:
Quigley attends Leadership.
Rivera attends Feedback.
Spivey attends Feedback.
Tran attends Goal Sharing.
Tran attends Handling People.
Correct option (0-indexed): 4
Exactly six witnesses will testify in a trial: Mangione, Ramirez, Sanderson, Tannenbaum, Ujemori, and Wong. The witnesses will testify one by one, and each only once. The order in which the witnesses testify is subject to the following constraints: Sanderson must testify immediately before either Tannenbaum or Ujemori. Ujemori must testify earlier than both Ramirez and Wong. Either Tannenbaum or Wong must testify immediately before Mangione.

Question: Which one of the following lists the witnesses in an order in which they could testify?
Options:
Ramirez, Sanderson, Tannenbaum, Mangione, Ujemori, Wong
Sanderson, Tannenbaum, Ujemori, Ramirez, Wong, Mangione
Sanderson, Ujemori, Tannenbaum, Wong, Ramirez, Mangione
Tannenbaum, Mangione, Ujemori, Sanderson, Ramirez, Wong
Wong, Ramirez, Sanderson, Tannenbaum, Mangione, Ujemori
Correct option (0-indexed): 1
Exactly six witnesses will testify in a trial: Mangione, Ramirez, Sanderson, Tannenbaum, Ujemori, and Wong. The witnesses will testify one by one, and each only once. The order in which the witnesses testify is subject to the following constraints: Sanderson must testify immediately before either Tannenbaum or Ujemori. Ujemori must testify earlier than both Ramirez and Wong. Either Tannenbaum or Wong must testify immediately before Mangione.

Question: If Tannenbaum testifies first, then which one of the following could be true?
Options:
Ramirez testifies second.
Wong testifies third.
Sanderson testifies fourth.
Ujemori testifies fifth.
Mangione testifies sixth.
Correct option (0-indexed): 4
Exactly six witnesses will testify in a trial: Mangione, Ramirez, Sanderson, Tannenbaum, Ujemori, and Wong. The witnesses will testify one by one, and each only once. The order in which the witnesses testify is subject to the following constraints: Sanderson must testify immediately before either Tannenbaum or Ujemori. Ujemori must testify earlier than both Ramirez and Wong. Either Tannenbaum or Wong must testify immediately before Mangione.

Question: If Sanderson testifies fifth, then Ujemori must testify
Options:
first
second
third
fourth
sixth
Correct option (0-indexed): 0
Exactly six witnesses will testify in a trial: Mangione, Ramirez, Sanderson, Tannenbaum, Ujemori, and Wong. The witnesses will testify one by one, and each only once. The order in which the witnesses testify is subject to the following constraints: Sanderson must testify immediately before either Tannenbaum or Ujemori. Ujemori must testify earlier than both Ramirez and Wong. Either Tannenbaum or Wong must testify immediately before Mangione.

Question: Which one of the following pairs of witnesses CANNOT testify third and fourth, respectively?
Options:
Mangione, Tannenbaum
Ramirez, Sanderson
Sanderson, Ujemori
Tannenbaum, Ramirez
Ujemori, Wong
Correct option (0-indexed): 0
Exactly six witnesses will testify in a trial: Mangione, Ramirez, Sanderson, Tannenbaum, Ujemori, and Wong. The witnesses will testify one by one, and each only once. The order in which the witnesses testify is subject to the following constraints: Sanderson must testify immediately before either Tannenbaum or Ujemori. Ujemori must testify earlier than both Ramirez and Wong. Either Tannenbaum or Wong must testify immediately before Mangione.

Question: Which one of the following pairs of witnesses CANNOT testify first and second, respectively?
Options:
Sanderson, Ujemori
Tannenbaum, Mangione
Tannenbaum, Sanderson
Ujemori, Tannenbaum
Ujemori, Wong
Correct option (0-indexed): 3
A movie studio is scheduling the release of six films—Fiesta, Glaciers, Hurricanes, Jets, Kangaroos, and Lovebird. No two of these films can be released on the same date. The release schedule is governed by the following conditions: Fiesta must be released earlier than both Jets and Lovebird. Kangaroos must be released earlier than Jets, and Jets must be released earlier than Hurricanes. Lovebird must be released earlier than Glaciers.

Question: Which one of the following CANNOT be true?
Options:
Fiesta is released second.
Glaciers is released third.
Hurricanes is released fourth.
Kangaroos is released fourth.
Kangaroos is released fifth.
Correct option (0-indexed): 4
A movie studio is scheduling the release of six films—Fiesta, Glaciers, Hurricanes, Jets, Kangaroos, and Lovebird. No two of these films can be released on the same date. The release schedule is governed by the following conditions: Fiesta must be released earlier than both Jets and Lovebird. Kangaroos must be released earlier than Jets, and Jets must be released earlier than Hurricanes. Lovebird must be released earlier than Glaciers.

Question: Which one of the following must be true?
Options:
Fiesta is released earlier than Hurricanes.
Jets is released earlier than Glaciers.
Kangaroos is released earlier than Glaciers.
Lovebird is released earlier than Hurricanes.
Lovebird is released earlier than Jets.
Correct option (0-indexed): 0
A movie studio is scheduling the release of six films—Fiesta, Glaciers, Hurricanes, Jets, Kangaroos, and Lovebird. No two of these films can be released on the same date. The release schedule is governed by the following conditions: Fiesta must be released earlier than both Jets and Lovebird. Kangaroos must be released earlier than Jets, and Jets must be released earlier than Hurricanes. Lovebird must be released earlier than Glaciers.

Question: If Glaciers is released earlier than Hurricanes, then each of the following could be true EXCEPT:
Options:
Glaciers is released fourth.
Jets is released third.
Kangaroos is released second.
Lovebird is released third.
Lovebird is released fifth.
Correct option (0-indexed): 4
A movie studio is scheduling the release of six films—Fiesta, Glaciers, Hurricanes, Jets, Kangaroos, and Lovebird. No two of these films can be released on the same date. The release schedule is governed by the following conditions: Fiesta must be released earlier than both Jets and Lovebird. Kangaroos must be released earlier than Jets, and Jets must be released earlier than Hurricanes. Lovebird must be released earlier than Glaciers.

Question: If Lovebird is released earlier than Kangaroos, which one of the following could be true?
Options:
Lovebird is released third.
Lovebird is released fourth.
Hurricanes is released earlier than Lovebird.
Jets is released earlier than Glaciers.
Jets is released earlier than Lovebird.
Correct option (0-indexed): 3
A movie studio is scheduling the release of six films—Fiesta, Glaciers, Hurricanes, Jets, Kangaroos, and Lovebird. No two of these films can be released on the same date. The release schedule is governed by the following conditions: Fiesta must be released earlier than both Jets and Lovebird. Kangaroos must be released earlier than Jets, and Jets must be released earlier than Hurricanes. Lovebird must be released earlier than Glaciers.

Question: Which one of the following, if substituted for the condition that Fiesta must be released earlier than both Jets and Lovebird, would have the same effect on the order in which the films are released?
Options:
Only Kangaroos can be released earlier than Fiesta.
Kangaroos must be released earlier than Lovebird.
Fiesta must be released either first or second.
Fiesta must be released earlier than both Kangaroos and Lovebird.
Either Fiesta or Kangaroos must be released first.
Correct option (0-indexed): 0
The applications of seven job candidates—Farrell, Grant, Hong, Inman, Kent, Lopez, and Madsen—will be evaluated by four human resource officers—Rao, Smith, Tipton, and Ullman. Each application will be evaluated by exactly one officer, and each officer will evaluate at least one application, subject to the following constraints: Grant's application must be evaluated by Ullman. Farrell's application must be evaluated by the same officer who evaluates Lopez's application. Neither Hong's application nor Madsen's application can be evaluated by the same officer who evaluates Inman's application. The officer who evaluates Kent's application cannot evaluate any other applications. Smith must evaluate more of the applications than Tipton does.

Question: Which one of the following could be the assignment of applications to officers?
Options:
Rao: Hong Smith: Farrell, Lopez, Madsen Tipton: Kent Ullman: Grant, Inman
Rao: Inman Smith: Hong, Lopez, Madsen Tipton: Kent Ullman: Farrell, Grant
Rao: Madsen Smith: Farrell, Lopez Tipton: Kent Ullman: Grant, Hong, Inman
Rao: Farrell, Lopez Smith: Hong, Kent, Madsen Tipton: Inman Ullman: Grant
Rao: Farrell, Grant, Lopez Smith: Hong, Madsen Tipton: Kent Ullman: Inman
Correct option (0-indexed): 0
The applications of seven job candidates—Farrell, Grant, Hong, Inman, Kent, Lopez, and Madsen—will be evaluated by four human resource officers—Rao, Smith, Tipton, and Ullman. Each application will be evaluated by exactly one officer, and each officer will evaluate at least one application, subject to the following constraints: Grant's application must be evaluated by Ullman. Farrell's application must be evaluated by the same officer who evaluates Lopez's application. Neither Hong's application nor Madsen's application can be evaluated by the same officer who evaluates Inman's application. The officer who evaluates Kent's application cannot evaluate any other applications. Smith must evaluate more of the applications than Tipton does.

Question: If Hong's application is evaluated by Rao, which one of the following could be true?
Options:
Farrells application is evaluated by Rao.
Inmans application is evaluated by Smith.
Kents application is evaluated by Rao.
Lopezs application is evaluated by Ullman.
Madsens application is evaluated by Tipton.
Correct option (0-indexed): 1
The applications of seven job candidates—Farrell, Grant, Hong, Inman, Kent, Lopez, and Madsen—will be evaluated by four human resource officers—Rao, Smith, Tipton, and Ullman. Each application will be evaluated by exactly one officer, and each officer will evaluate at least one application, subject to the following constraints: Grant's application must be evaluated by Ullman. Farrell's application must be evaluated by the same officer who evaluates Lopez's application. Neither Hong's application nor Madsen's application can be evaluated by the same officer who evaluates Inman's application. The officer who evaluates Kent's application cannot evaluate any other applications. Smith must evaluate more of the applications than Tipton does.

Question: If exactly two of the applications are evaluated by Tipton, then each of the following must be true EXCEPT:
Options:
Exactly one of the applications is evaluated by Rao.
Exactly one of the applications is evaluated by Ullman.
Farrells application is evaluated by Tipton.
Inmans application is evaluated by Smith.
Lopezs application is evaluated by Smith.
Correct option (0-indexed): 2
The applications of seven job candidates—Farrell, Grant, Hong, Inman, Kent, Lopez, and Madsen—will be evaluated by four human resource officers—Rao, Smith, Tipton, and Ullman. Each application will be evaluated by exactly one officer, and each officer will evaluate at least one application, subject to the following constraints: Grant's application must be evaluated by Ullman. Farrell's application must be evaluated by the same officer who evaluates Lopez's application. Neither Hong's application nor Madsen's application can be evaluated by the same officer who evaluates Inman's application. The officer who evaluates Kent's application cannot evaluate any other applications. Smith must evaluate more of the applications than Tipton does.

Question: If the officer who evaluates Madsens application does not evaluate any other application, which one of the following must be true?
Options:
Madsens application is evaluated by Tipton.
Lopezs application is evaluated by Smith.
Kents application is evaluated by Tipton.
Inmans application is evaluated by Smith.
Hongs application is evaluated by Smith.
Correct option (0-indexed): 1
The applications of seven job candidates—Farrell, Grant, Hong, Inman, Kent, Lopez, and Madsen—will be evaluated by four human resource officers—Rao, Smith, Tipton, and Ullman. Each application will be evaluated by exactly one officer, and each officer will evaluate at least one application, subject to the following constraints: Grant's application must be evaluated by Ullman. Farrell's application must be evaluated by the same officer who evaluates Lopez's application. Neither Hong's application nor Madsen's application can be evaluated by the same officer who evaluates Inman's application. The officer who evaluates Kent's application cannot evaluate any other applications. Smith must evaluate more of the applications than Tipton does.

Question: If Farrells application is evaluated by the same officer who evaluates Inmans application, then any of the following could be true EXCEPT:
Options:
Hongs application is evaluated by Ullman.
Kents application is evaluated by Tipton.
Lopezs application is evaluated by Ullman.
Madsens application is evaluated by Smith.
Madsens application is evaluated by Ullman.
Correct option (0-indexed): 2
The applications of seven job candidates—Farrell, Grant, Hong, Inman, Kent, Lopez, and Madsen—will be evaluated by four human resource officers—Rao, Smith, Tipton, and Ullman. Each application will be evaluated by exactly one officer, and each officer will evaluate at least one application, subject to the following constraints: Grant's application must be evaluated by Ullman. Farrell's application must be evaluated by the same officer who evaluates Lopez's application. Neither Hong's application nor Madsen's application can be evaluated by the same officer who evaluates Inman's application. The officer who evaluates Kent's application cannot evaluate any other applications. Smith must evaluate more of the applications than Tipton does.

Question: If Farrells application is evaluated by Rao, then for how many of the other applications is the identity of the officer who evaluates it fully determined?
Options:
one
two
three
four
five
Correct option (0-indexed): 4
A six-week literature course is being planned in which six books—F, K, N, O, R, and T—will be discussed. The books will be discussed one at a time, one book per week. In addition, written summaries will be required for one or more of the books. The order in which the books are discussed and the selection of books to be summarized is subject to the following conditions: No two books that are summarized are discussed in consecutive weeks. If N is not summarized, then both R and T are summarized. N is discussed earlier than T, and T is discussed earlier than O. F is discussed earlier than O, and O is discussed earlier than both K and R.

Question: Which one of the following could be the plan for the course, showing the order, from first to last, in which the books are discussed and the choice of books to be summarized?
Options:
F, N, T, O, R, K; with only T and R summarized
F, T, N, O, K, R; with only N and K summarized
N, F, T, O, K, R; with only T, O, and R summarized
N, T, F, O, K, R; with only T and O summarized
N, T, O, F, K, R; with only T and R summarized
Correct option (0-indexed): 0
A six-week literature course is being planned in which six books—F, K, N, O, R, and T—will be discussed. The books will be discussed one at a time, one book per week. In addition, written summaries will be required for one or more of the books. The order in which the books are discussed and the selection of books to be summarized is subject to the following conditions: No two books that are summarized are discussed in consecutive weeks. If N is not summarized, then both R and T are summarized. N is discussed earlier than T, and T is discussed earlier than O. F is discussed earlier than O, and O is discussed earlier than both K and R.

Question: If N is the second book discussed and it is not summarized, which one of the following could be true?
Options:
F is summarized.
K is summarized.
O is summarized.
T is discussed earlier than F.
The third book discussed is not summarized.
Correct option (0-indexed): 0
A six-week literature course is being planned in which six books—F, K, N, O, R, and T—will be discussed. The books will be discussed one at a time, one book per week. In addition, written summaries will be required for one or more of the books. The order in which the books are discussed and the selection of books to be summarized is subject to the following conditions: No two books that are summarized are discussed in consecutive weeks. If N is not summarized, then both R and T are summarized. N is discussed earlier than T, and T is discussed earlier than O. F is discussed earlier than O, and O is discussed earlier than both K and R.

Question: If O is summarized, which one of the following CANNOT be true?
Options:
F is the first book discussed.
K is the sixth book discussed.
F is summarized.
K is not summarized.
N is not summarized.
Correct option (0-indexed): 2