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Due to the application of a force on a b...

Due to the application of a force on a body of mass 100 kg that is initially at rest, the body moves with an acceleration of `20ms^(-2)` in the direction of the force. Find the magnitude of the force.

Text Solution

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The correct Answer is:
`2000N`
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Due to the applicaton of a force on a body of mass 100 kg that is initially at rest, The body moves with an accleration of 20ms^(-2) in the direction of the force . Find the magnitude of the force .

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Knowledge Check

  • Due to the application of a force on a body of mass 100 kg that is initially at resl, the body moves with an acceleration of 20 ms^(-2) in the direction of the force. Find the magnitude of the force.

    A
    1000 N
    B
    2000 N
    C
    3000 N
    D
    4000 N

  • A force is applied on a body of mass 0.9 kg that is at rest. The force is applied for a duration of 5s and as a result the body covers a distance of 250 m. Find the magnitude of the force.

    A
    9 N
    B
    18 N
    C
    27 N
    D
    46 N

  • A force is applied for a duration of 10sec on a body of mass 5kg that is at rest. As a result the body acquires a velocity of 2ms^(-1) Find the magnitude of the force applied.

    A
    1 N
    B
    2 N
    C
    4 N
    D
    5 N

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    A force is applied for a duration of 10sec on a body of mass 5kg that is at rest. As a result the body acquires a velocity of 2ms^(-1) . Find the magnitude of the force applied.

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    A force is applied for a duration of 10 sec on a body of mass 5kg that is at rest. As a result the body acquires a velocity of 2ms^(-1) . Find the magnitude of the force applied.

    A force is applied for a duration of 10sec on a body of mass 5kg that is at rest. As a result the body acquires a velocity of 2ms^(-1) Find the magnitude of the force applied.

    A force is applied on a body of mass 0.9kg that is at rest. The force is applied for a duration of 5s and as a result the body covers a distance of 250 m. Find the magnitude of the force.

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