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The displacement of a particle is di...

The displacement of a particle is directly propertional to the third power of time . What will be nature of acceleration of the particle ?

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The displacement of a particle is directly proportional to the third power of time. What will be the nature of acceleration of the particle?

Displacement of a moving particle is directly proportional to the square of the time duration. State whether the particle is moving at a constant velocity or at a constant acceleration.

Knowledge Check

  • The acceleration of a particle in SHM is

    A
    always constant
    B
    Maximum of extreme position
    C
    maximum of mean position
    D
    always zero

  • Distance travelled by a particle in motion is directly proportional to the square of the time of travel. In this stage acceleration of the particle is

    A
    increasing
    B
    decreasing
    C
    zero
    D
    constant

  • The equation particle having of velocity a particle having SHM is v=sin5t-cos5tm//s what will be the maximum acceleration of that particle?

    A
    `5m//s^2`
    B
    `5sqrt(2)m//s^2`
    C
    `sqrt5m//s^2`
    D
    `5/sqrt2m//s^2`

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    A particle of mass 4 g and charge 10 esu is placed in a uniform electric field of intensity 600V.cm^(-1) . What will be the acceleration of the particle?

    What should be the displacement of a particle executing SHM from the position of equilibrium so that its acceleration becomes half of its maximum acceleration?

    Given that the displacement of a particle is given by x=Asin^2 Kt, where t denotes the time. The unit of K is

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