Home/
Competitive Exams/
SSC CGL/
Reasoning Ability/
Direction Sense/
Practice Test 10
Live Practice Test

SSC CGL Direction Sense Verified Practice Test 10

15 structurally validated Direction Sense questions with unique options, mapped answers and explanations.

Practice and revisionDetailed answer reviewMobile-friendly flow
SSC CGL Practice Session

SSC CGL Direction Sense Verified Practice Test 10

15 structurally validated Direction Sense questions with unique options, mapped answers and explanations.

Questions
15
Marking
+2 correct, -0.5 wrong
Format
15-question practice session
Preview all 15 questions in SSC CGL Direction Sense Verified Practice Test 10 (no login required)
  1. Direction Sense

    1. A person walks 11 m east and 7 m north. Find the shortest distance from start.

    • A. 18 m
    • B. √170 m (Correct)
    • C. 77 m
    • D. 4 m

    Explanation: Use Pythagoras theorem.

  2. Direction Sense

    2. A person walks 12 m east and 8 m north. Find the shortest distance from start.

    • A. 4 m
    • B. √208 m (Correct)
    • C. 20 m
    • D. 96 m

    Explanation: Use Pythagoras theorem.

  3. Direction Sense

    3. A person walks 3 m east and 9 m north. Find the shortest distance from start.

    • A. 12 m
    • B. 6 m
    • C. √90 m (Correct)
    • D. 27 m

    Explanation: Use Pythagoras theorem.

  4. Direction Sense

    4. A person walks 4 m east and 10 m north. Find the shortest distance from start.

    • A. 14 m
    • B. √116 m (Correct)
    • C. 6 m
    • D. 40 m

    Explanation: Use Pythagoras theorem.

  5. Direction Sense

    5. A person walks 5 m east and 11 m north. Find the shortest distance from start.

    • A. 6 m
    • B. √146 m (Correct)
    • C. 16 m
    • D. 55 m

    Explanation: Use Pythagoras theorem.

  6. Direction Sense

    6. A person walks 6 m east and 4 m north. Find the shortest distance from start.

    • A. 2 m
    • B. √52 m (Correct)
    • C. 10 m
    • D. 24 m

    Explanation: Use Pythagoras theorem.

  7. Direction Sense

    7. A person walks 7 m east and 5 m north. Find the shortest distance from start.

    • A. √74 m (Correct)
    • B. 2 m
    • C. 12 m
    • D. 35 m

    Explanation: Use Pythagoras theorem.

  8. Direction Sense

    8. A person walks 8 m east and 6 m north. Find the shortest distance from start.

    • A. 10 m (Correct)
    • B. 14 m
    • C. 48 m
    • D. 2 m

    Explanation: Use Pythagoras theorem.

  9. Direction Sense

    9. A person walks 9 m east and 7 m north. Find the shortest distance from start.

    • A. √130 m (Correct)
    • B. 63 m
    • C. 16 m
    • D. 2 m

    Explanation: Use Pythagoras theorem.

  10. Direction Sense

    10. A person walks 10 m east and 8 m north. Find the shortest distance from start.

    • A. √164 m (Correct)
    • B. 18 m
    • C. 2 m
    • D. 80 m

    Explanation: Use Pythagoras theorem.

  11. Direction Sense

    11. A person walks 11 m east and 9 m north. Find the shortest distance from start.

    • A. 99 m
    • B. 20 m
    • C. 2 m
    • D. √202 m (Correct)

    Explanation: Use Pythagoras theorem.

  12. Direction Sense

    12. A person walks 11 m east and 8 m north. Find the shortest distance from start.

    • A. 3 m
    • B. 88 m
    • C. √185 m (Correct)
    • D. 19 m

    Explanation: Use Pythagoras theorem.

  13. Direction Sense

    13. A person walks 12 m east and 9 m north. Find the shortest distance from start.

    • A. 21 m
    • B. 15 m (Correct)
    • C. 108 m
    • D. 3 m

    Explanation: Use Pythagoras theorem.

  14. Direction Sense

    14. A person walks 3 m east and 10 m north. Find the shortest distance from start.

    • A. 30 m
    • B. 13 m
    • C. √109 m (Correct)
    • D. 7 m

    Explanation: Use Pythagoras theorem.

  15. Direction Sense

    15. A person walks 4 m east and 11 m north. Find the shortest distance from start.

    • A. 15 m
    • B. 7 m
    • C. 44 m
    • D. √137 m (Correct)

    Explanation: Use Pythagoras theorem.