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Temporal Ordering Linear: Worksheet 6 - Intermediate-Advanced Practice Temporal Ordering Linear INTERMEDIATE ADVANCED

Ready to master Temporal Ordering Linear? This timed practice ⚡ worksheet (6/10) presents 20 intermediate-advanced-level challenges. Focus area: speed building. Learn to solve temporal ordering linear tricks, handle temporal ordering linear shortcut methods, and perfect temporal ordering linear bank exam questions with our step-by-step solutions.

📝 Worksheet 6 of 10 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Intermediate Advanced level

What you'll learn in this worksheet:
Your progress through Temporal Ordering Linear
Worksheet 6 of 10 (55% complete)

Question 1

5 tasks (A, B, C, D, E) are to be completed one after the other. The following conditions must be met: - Task B must be performed immediately after Task E. - Task C must be completed before Task A. - Task D is neither the first nor the last task to be completed. - Task C is performed exactly 2 positions after Task A. Which task is scheduled in the third position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'B immediately after E' -> (E, B)
2. Apply Before Constraint: 'C before A'
3. Apply Exclusion Constraint: 'D not first or last'
4. Apply Gap Constraints: 'C is 2 after A'

Final Sequence: C → D → A → E → B

Answer: The task in the third position is A.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 2

5 tasks (A, B, C, D, E) are to be completed one after the other. The following conditions must be met: - Task C must be performed immediately after Task A. - Task E must be completed before Task B. - Task D is neither the first nor the last task to be completed. - Task E is performed exactly 2 positions after Task B. Which task is scheduled in the third position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'C immediately after A' -> (A, C)
2. Apply Before Constraint: 'E before B'
3. Apply Exclusion Constraint: 'D not first or last'
4. Apply Gap Constraints: 'E is 2 after B'

Final Sequence: A → C → E → D → B

Answer: The task in the third position is E.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 3

7 tasks (A, B, C, D, E, F, G) are to be completed one after the other. The following conditions must be met: - Task E must be performed immediately after Task A. - Task B must be completed before Task G. - Task D is neither the first nor the last task to be completed. - Task F is performed exactly 3 positions after Task C. Which task is scheduled in the fourth position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'E immediately after A' -> (A, E)
2. Apply Before Constraint: 'B before G'
3. Apply Exclusion Constraint: 'D not first or last'
4. Apply Gap Constraints: 'F is 3 after C'

Final Sequence: A → E → B → C → D → G → F

Answer: The task in the fourth position is C.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 4

7 tasks (A, B, C, D, E, F, G) are to be completed one after the other. The following conditions must be met: - Task F must be performed immediately after Task C. - Task B must be completed before Task A. - Task D is neither the first nor the last task to be completed. - Task G is performed exactly 2 positions after Task E. Which task is scheduled in the sixth position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'F immediately after C' -> (C, F)
2. Apply Before Constraint: 'B before A'
3. Apply Exclusion Constraint: 'D not first or last'
4. Apply Gap Constraints: 'G is 2 after E'

Final Sequence: B → A → C → F → E → D → G

Answer: The task in the sixth position is D.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 5

7 tasks (A, B, C, D, E, F, G) are to be completed one after the other. The following conditions must be met: - Task D must be performed immediately after Task A. - Task G must be completed before Task B. - Task E is neither the first nor the last task to be completed. - Task F is performed exactly 3 positions after Task C. Which task is scheduled in the fifth position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'D immediately after A' -> (A, D)
2. Apply Before Constraint: 'G before B'
3. Apply Exclusion Constraint: 'E not first or last'
4. Apply Gap Constraints: 'F is 3 after C'

Final Sequence: A → D → C → E → G → F → B

Answer: The task in the fifth position is G.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 6

5 tasks (A, B, C, D, E) are to be completed one after the other. The following conditions must be met: - Task A must be performed immediately after Task D. - Task C must be completed before Task E. - Task B is neither the first nor the last task to be completed. - Task E is performed exactly 1 positions after Task B. Which task is scheduled in the second position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'A immediately after D' -> (D, A)
2. Apply Before Constraint: 'C before E'
3. Apply Exclusion Constraint: 'B not first or last'
4. Apply Gap Constraints: 'E is 1 after B'

Final Sequence: C → B → E → D → A

Answer: The task in the second position is B.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 7

6 tasks (A, B, C, D, E, F) are to be completed one after the other. The following conditions must be met: - Task B must be performed immediately after Task F. - Task C must be completed before Task D. - Task A is neither the first nor the last task to be completed. - Task C is performed exactly 1 positions after Task E. Which task is scheduled in the fourth position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'B immediately after F' -> (F, B)
2. Apply Before Constraint: 'C before D'
3. Apply Exclusion Constraint: 'A not first or last'
4. Apply Gap Constraints: 'C is 1 after E'

Final Sequence: C → E → A → D → F → B

Answer: The task in the fourth position is D.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 8

5 tasks (A, B, C, D, E) are to be completed one after the other. The following conditions must be met: - Task D must be performed immediately after Task E. - Task C must be completed before Task B. - Task A is neither the first nor the last task to be completed. - Task C is performed exactly 2 positions after Task B. Which task is scheduled in the fourth position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'D immediately after E' -> (E, D)
2. Apply Before Constraint: 'C before B'
3. Apply Exclusion Constraint: 'A not first or last'
4. Apply Gap Constraints: 'C is 2 after B'

Final Sequence: C → A → B → E → D

Answer: The task in the fourth position is E.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 9

5 tasks (A, B, C, D, E) are to be completed one after the other. The following conditions must be met: - Task B must be performed immediately after Task C. - Task D must be completed before Task E. - Task A is neither the first nor the last task to be completed. - Task D is performed exactly 2 positions after Task E. Which task is scheduled in the second position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'B immediately after C' -> (C, B)
2. Apply Before Constraint: 'D before E'
3. Apply Exclusion Constraint: 'A not first or last'
4. Apply Gap Constraints: 'D is 2 after E'

Final Sequence: C → B → D → A → E

Answer: The task in the second position is B.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 10

5 tasks (A, B, C, D, E) are to be completed one after the other. The following conditions must be met: - Task D must be performed immediately after Task C. - Task A must be completed before Task B. - Task E is neither the first nor the last task to be completed. - Task A is performed exactly 1 positions after Task E. Which task is scheduled in the second position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'D immediately after C' -> (C, D)
2. Apply Before Constraint: 'A before B'
3. Apply Exclusion Constraint: 'E not first or last'
4. Apply Gap Constraints: 'A is 1 after E'

Final Sequence: A → E → B → C → D

Answer: The task in the second position is E.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 11

7 tasks (A, B, C, D, E, F, G) are to be completed one after the other. The following conditions must be met: - Task B must be performed immediately after Task C. - Task D must be completed before Task F. - Task E is neither the first nor the last task to be completed. - Task G is performed exactly 3 positions after Task A. Which task is scheduled in the sixth position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'B immediately after C' -> (C, B)
2. Apply Before Constraint: 'D before F'
3. Apply Exclusion Constraint: 'E not first or last'
4. Apply Gap Constraints: 'G is 3 after A'

Final Sequence: A → C → B → G → D → E → F

Answer: The task in the sixth position is E.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 12

6 tasks (A, B, C, D, E, F) are to be completed one after the other. The following conditions must be met: - Task A must be performed immediately after Task D. - Task B must be completed before Task F. - Task C is neither the first nor the last task to be completed. - Task E is performed exactly 3 positions after Task C. Which task is scheduled in the second position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'A immediately after D' -> (D, A)
2. Apply Before Constraint: 'B before F'
3. Apply Exclusion Constraint: 'C not first or last'
4. Apply Gap Constraints: 'E is 3 after C'

Final Sequence: B → C → D → A → E → F

Answer: The task in the second position is C.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 13

7 tasks (A, B, C, D, E, F, G) are to be completed one after the other. The following conditions must be met: - Task E must be performed immediately after Task F. - Task D must be completed before Task B. - Task A is neither the first nor the last task to be completed. - Task G is performed exactly 3 positions after Task C. Which task is scheduled in the second position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'E immediately after F' -> (F, E)
2. Apply Before Constraint: 'D before B'
3. Apply Exclusion Constraint: 'A not first or last'
4. Apply Gap Constraints: 'G is 3 after C'

Final Sequence: C → A → D → G → B → F → E

Answer: The task in the second position is A.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 14

7 tasks (A, B, C, D, E, F, G) are to be completed one after the other. The following conditions must be met: - Task E must be performed immediately after Task F. - Task A must be completed before Task D. - Task C is neither the first nor the last task to be completed. - Task B is performed exactly 4 positions after Task G. Which task is scheduled in the fourth position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'E immediately after F' -> (F, E)
2. Apply Before Constraint: 'A before D'
3. Apply Exclusion Constraint: 'C not first or last'
4. Apply Gap Constraints: 'B is 4 after G'

Final Sequence: A → B → C → F → E → G → D

Answer: The task in the fourth position is F.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 15

6 tasks (A, B, C, D, E, F) are to be completed one after the other. The following conditions must be met: - Task A must be performed immediately after Task E. - Task C must be completed before Task B. - Task F is neither the first nor the last task to be completed. - Task D is performed exactly 2 positions after Task F. Which task is scheduled in the fourth position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'A immediately after E' -> (E, A)
2. Apply Before Constraint: 'C before B'
3. Apply Exclusion Constraint: 'F not first or last'
4. Apply Gap Constraints: 'D is 2 after F'

Final Sequence: C → D → B → F → E → A

Answer: The task in the fourth position is F.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 16

6 tasks (A, B, C, D, E, F) are to be completed one after the other. The following conditions must be met: - Task B must be performed immediately after Task A. - Task E must be completed before Task F. - Task D is neither the first nor the last task to be completed. - Task C is performed exactly 4 positions after Task D. Which task is scheduled in the second position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'B immediately after A' -> (A, B)
2. Apply Before Constraint: 'E before F'
3. Apply Exclusion Constraint: 'D not first or last'
4. Apply Gap Constraints: 'C is 4 after D'

Final Sequence: C → A → B → E → D → F

Answer: The task in the second position is A.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 17

7 tasks (A, B, C, D, E, F, G) are to be completed one after the other. The following conditions must be met: - Task B must be performed immediately after Task E. - Task D must be completed before Task G. - Task C is neither the first nor the last task to be completed. - Task F is performed exactly 2 positions after Task A. Which task is scheduled in the fourth position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'B immediately after E' -> (E, B)
2. Apply Before Constraint: 'D before G'
3. Apply Exclusion Constraint: 'C not first or last'
4. Apply Gap Constraints: 'F is 2 after A'

Final Sequence: A → C → F → D → E → B → G

Answer: The task in the fourth position is D.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 18

7 tasks (A, B, C, D, E, F, G) are to be completed one after the other. The following conditions must be met: - Task C must be performed immediately after Task B. - Task D must be completed before Task G. - Task A is neither the first nor the last task to be completed. - Task F is performed exactly 2 positions after Task E. Which task is scheduled in the third position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'C immediately after B' -> (B, C)
2. Apply Before Constraint: 'D before G'
3. Apply Exclusion Constraint: 'A not first or last'
4. Apply Gap Constraints: 'F is 2 after E'

Final Sequence: B → C → A → D → E → G → F

Answer: The task in the third position is A.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 19

7 tasks (A, B, C, D, E, F, G) are to be completed one after the other. The following conditions must be met: - Task C must be performed immediately after Task G. - Task B must be completed before Task D. - Task F is neither the first nor the last task to be completed. - Task E is performed exactly 4 positions after Task A. Which task is scheduled in the fifth position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'C immediately after G' -> (G, C)
2. Apply Before Constraint: 'B before D'
3. Apply Exclusion Constraint: 'F not first or last'
4. Apply Gap Constraints: 'E is 4 after A'

Final Sequence: A → B → D → F → E → G → C

Answer: The task in the fifth position is E.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.

Question 20

5 tasks (A, B, C, D, E) are to be completed one after the other. The following conditions must be met: - Task E must be performed immediately after Task D. - Task A must be completed before Task B. - Task C is neither the first nor the last task to be completed. - Task B is performed exactly 3 positions after Task A. Which task is scheduled in the third position?
Step-by-step solution (Deductive Logic):

1. Apply Consecutive Constraint: 'E immediately after D' -> (D, E)
2. Apply Before Constraint: 'A before B'
3. Apply Exclusion Constraint: 'C not first or last'
4. Apply Gap Constraints: 'B is 3 after A'

Final Sequence: A → B → C → D → E

Answer: The task in the third position is C.

Key Strategy: Use fixed pairs and gap constraints to anchor positions.
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