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Distance travelled by a freely falling body in the nth second is equal to 'n' sec find the value of n

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What is a freely falling body ?

Find the ratio of the distances travelled by a freely falling body in first, second and third second of its fall.

Knowledge Check

  • For a freely falling body

    A
    True weight = Apparent weight
    B
    True weight lt Apparent weight
    C
    Apparent weight is zero
    D
    Apparent weight gt Normal reaction

  • The KE of a freely falling body

    A
    is directly proportional to height of its fall
    B
    is inversely proportional to height of its fall
    C
    is directly proportional to square of time of its fall
    D
    `1` and `3` are true

  • The distance travelled by a freely falling body is propotional to

    A
    the mass of the body
    B
    the square of the acceleration due to gravity
    C
    the square of the time of fall
    D
    the time of fall

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