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Practice Test 12
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SSC CGL Direction Sense Verified Practice Test 12

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

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SSC CGL Practice Session

SSC CGL Direction Sense Verified Practice Test 12

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 12 (no login required)
  1. Direction Sense

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

    • A. 0 m
    • B. 81 m
    • C. 18 m
    • D. √162 m (Correct)

    Explanation: Use Pythagoras theorem.

  2. Direction Sense

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

    • A. 20 m
    • B. 0 m
    • C. √200 m (Correct)
    • D. 100 m

    Explanation: Use Pythagoras theorem.

  3. Direction Sense

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

    • A. 22 m
    • B. √242 m (Correct)
    • C. 121 m
    • D. 0 m

    Explanation: Use Pythagoras theorem.

  4. Direction Sense

    4. A person walks 12 m east and 4 m north. Find the shortest distance from start.

    • A. 48 m
    • B. √160 m (Correct)
    • C. 16 m
    • D. 8 m

    Explanation: Use Pythagoras theorem.

  5. Direction Sense

    5. A person walks 3 m east and 5 m north. Find the shortest distance from start.

    • A. 8 m
    • B. 15 m
    • C. 2 m
    • D. √34 m (Correct)

    Explanation: Use Pythagoras theorem.

  6. Direction Sense

    6. A person walks 3 m east and 4 m north. Find the shortest distance from start.

    • A. 12 m
    • B. 1 m
    • C. 5 m (Correct)
    • D. 7 m

    Explanation: Use Pythagoras theorem.

  7. Direction Sense

    7. A person walks 4 m east and 5 m north. Find the shortest distance from start.

    • A. 9 m
    • B. 1 m
    • C. 20 m
    • D. √41 m (Correct)

    Explanation: Use Pythagoras theorem.

  8. Direction Sense

    8. A person walks 5 m east and 6 m north. Find the shortest distance from start.

    • A. √61 m (Correct)
    • B. 30 m
    • C. 1 m
    • D. 11 m

    Explanation: Use Pythagoras theorem.

  9. Direction Sense

    9. A person walks 6 m east and 7 m north. Find the shortest distance from start.

    • A. √85 m (Correct)
    • B. 13 m
    • C. 1 m
    • D. 42 m

    Explanation: Use Pythagoras theorem.

  10. Direction Sense

    10. A person walks 7 m east and 8 m north. Find the shortest distance from start.

    • A. 15 m
    • B. 56 m
    • C. 1 m
    • D. √113 m (Correct)

    Explanation: Use Pythagoras theorem.

  11. Direction Sense

    11. A person walks 8 m east and 9 m north. Find the shortest distance from start.

    • A. 17 m
    • B. 72 m
    • C. √145 m (Correct)
    • D. 1 m

    Explanation: Use Pythagoras theorem.

  12. Direction Sense

    12. A person walks 9 m east and 10 m north. Find the shortest distance from start.

    • A. 90 m
    • B. √181 m (Correct)
    • C. 19 m
    • D. 1 m

    Explanation: Use Pythagoras theorem.

  13. Direction Sense

    13. A person walks 10 m east and 11 m north. Find the shortest distance from start.

    • A. 1 m
    • B. 110 m
    • C. 21 m
    • D. √221 m (Correct)

    Explanation: Use Pythagoras theorem.

  14. Direction Sense

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

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

    Explanation: Use Pythagoras theorem.

  15. Direction Sense

    15. A person walks 12 m east and 5 m north. Find the shortest distance from start.

    • A. 13 m (Correct)
    • B. 17 m
    • C. 7 m
    • D. 60 m

    Explanation: Use Pythagoras theorem.