LSAT Analytical Reasoning Linear Ordering Rules Quiz

1. If A must come before B, and B must come before C, which order is valid?

A, B, C

B, A, C

C, B, A

B, C, A

Transitive ordering requires A before B and B before C, making A, B, C the only valid sequence.

Explanation

Transitive ordering requires A before B and B before C, making A, B, C the only valid sequence.

2. In a sequence of five items, if X is in position 3 and Y must be immediately after X, where is Y?

Position 2

Position 4

Position 5

Cannot be determined

If X occupies position 3 and Y must be immediately after, Y must be in position 4.

Explanation

If X occupies position 3 and Y must be immediately after, Y must be in position 4.

3. Which constraint eliminates the most orderings: exactly one position apart, at least two positions apart, or no constraint?

Exactly one position apart

At least two positions apart

No constraint

Both position-based constraints equally

An exact adjacency rule is more restrictive than a minimum distance rule, eliminating more possibilities.

Explanation

An exact adjacency rule is more restrictive than a minimum distance rule, eliminating more possibilities.

4. If neither P nor Q can be first, and there are four positions total, how many positions remain available for P and Q combined?

2

4

6

8

P and Q cannot use position 1, leaving positions 2, 3, and 4. Two items in three positions = 6 combinations.

Explanation

P and Q cannot use position 1, leaving positions 2, 3, and 4. Two items in three positions = 6 combinations.

5. In a six-item ordering, if R is fourth and S must be after R, which positions can S occupy?

Positions 5 and 6 only

Positions 4, 5, and 6

Positions 5, 6, and beyond

Position 6 only

If R is in position 4 and S must come after R, S can only occupy positions 5 or 6.

Explanation

If R is in position 4 and S must come after R, S can only occupy positions 5 or 6.

6. If M is before N, and N is before O, and O is before P, what is the relative order of M and P?

M is before P

P is before M

Cannot be determined

They are in the same position

Transitive logic: M

Explanation

Transitive logic: M

7. Which scenario violates the rule 'L cannot be adjacent to K'?

K in position 1, L in position 3

K in position 2, L in position 2

K in position 3, L in position 4

K in position 5, L in position 2

Adjacency means directly next to each other. Position 3 and 4 are adjacent, violating the rule.

Explanation

Adjacency means directly next to each other. Position 3 and 4 are adjacent, violating the rule.

8. If exactly two items separate G and H, and G is in position 2, which position must H occupy?

Position 4

Position 5

Position 1 or 5

Position 3 or 5

Exactly two items between means one position gap. G at 2 plus two items means H at position 5.

Explanation

Exactly two items between means one position gap. G at 2 plus two items means H at position 5.

9. In a five-position sequence, if V must be first or last, how many positions does V restrict?

1

2

3

5

V can only occupy positions 1 or 5, restricting it to exactly 2 positions.

Explanation

V can only occupy positions 1 or 5, restricting it to exactly 2 positions.

10. If A is before B and C is before D, and all four must be ordered, can B be first?

Yes, always

No, never

Only if C is also first

Only if D is last

Since A must precede B, A must be first. Therefore, B cannot be first.

Explanation

Since A must precede B, A must be first. Therefore, B cannot be first.

11. When a rule states 'E is not immediately before F,' which arrangement violates this rule?

E in position 2, F in position 4

E in position 3, F in position 4

F in position 2, E in position 3

E in position 1, F in position 5

Immediately before means directly adjacent. Positions 3 and 4 are adjacent, violating the rule.

Explanation

Immediately before means directly adjacent. Positions 3 and 4 are adjacent, violating the rule.

12. In a four-item linear order, if J is second and K is last, how many items can be between them?

0

1

2

3

J at position 2, K at position 4 means one item (position 3) is between them.

Explanation

J at position 2, K at position 4 means one item (position 3) is between them.

13. If rule 1 states 'T is before U' and rule 2 states 'U is before V,' which deduction follows?

V is before T

T is before V

T and V are adjacent

U must be in the middle

Chaining T

Explanation

Chaining T

14. In a six-position sequence, how many positions remain if W must be in position 1 or 2?

4

5

6

12

W occupies one of two positions; the remaining five positions are available for other items.

Explanation

W occupies one of two positions; the remaining five positions are available for other items.

15. If no two consecutive items can be the same type, and you have items of type X and type Y, is XYXY a valid sequence?

Yes, alternation avoids consecutive duplicates

No, items must be unique

Only if X comes before Y

Cannot be determined without more rules

XYXY alternates types, ensuring no two consecutive positions hold the same type, satisfying the constraint.

Explanation

XYXY alternates types, ensuring no two consecutive positions hold the same type, satisfying the constraint.

LSAT Analytical Reasoning Linear Ordering Rules Quiz

1. If A must come before B, and B must come before C, which order is valid?

2.

What first name or nickname would you like us to use?

2. In a sequence of five items, if X is in position 3 and Y must be immediately after X, where is Y?

3. Which constraint eliminates the most orderings: exactly one position apart, at least two positions apart, or no constraint?

4. If neither P nor Q can be first, and there are four positions total, how many positions remain available for P and Q combined?

5. In a six-item ordering, if R is fourth and S must be after R, which positions can S occupy?

6. If M is before N, and N is before O, and O is before P, what is the relative order of M and P?

7. Which scenario violates the rule 'L cannot be adjacent to K'?

8. If exactly two items separate G and H, and G is in position 2, which position must H occupy?

9. In a five-position sequence, if V must be first or last, how many positions does V restrict?

10. If A is before B and C is before D, and all four must be ordered, can B be first?

11. When a rule states 'E is not immediately before F,' which arrangement violates this rule?

12. In a four-item linear order, if J is second and K is last, how many items can be between them?

13. If rule 1 states 'T is before U' and rule 2 states 'U is before V,' which deduction follows?

14. In a six-position sequence, how many positions remain if W must be in position 1 or 2?

15. If no two consecutive items can be the same type, and you have items of type X and type Y, is XYXY a valid sequence?