A pendulum bob of mass 'm' is held in the horizontal position and then released. Show that the velocity of the bob at lowest position is under-root 2gl and tension in this position is 3mg.

(l is the length of simple pendulum)

PLEASE REPLY SOON.

Thanks.

Question

A pendulum bob of mass 'm' is held in the horizontal position and then released. Show that the velocity of the bob at lowest position is under-root 2gl and tension in this position is 3mg.

(l is the length of simple pendulum)

PLEASE REPLY SOON.

Thanks.

Abhilash Kumar Prajapati · Answer

work=change in k.e. 1/2mv2=mgl v2=root2gl

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A pendulum bob of mass 'm' is held in the horizontal position and then released. Show that the velocity of the bob at lowest position is under-root 2gl and tension in this position is 3mg. (l is the length of simple pendulum) PLEASE REPLY SOON. Thanks.

A pendulum bob of mass 'm' is held in the horizontal position and then released. Show that the velocity of the bob at lowest position is under-root 2gl and tension in this position is 3mg.

(l is the length of simple pendulum)

PLEASE REPLY SOON.

Thanks.

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A pendulum bob of mass 'm' is held in the horizontal position and then released. Show that the velocity of the bob at lowest position is under-root 2gl and tension in this position is 3mg. (l is the length of simple pendulum) PLEASE REPLY SOON. Thanks.

A pendulum bob of mass 'm' is held in the horizontal position and then released. Show that the velocity of the bob at lowest position is under-root 2gl and tension in this position is 3mg. (l is the length of simple pendulum) PLEASE REPLY SOON. Thanks.

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A pendulum bob of mass 'm' is held in the horizontal position and then released. Show that the velocity of the bob at lowest position is under-root 2gl and tension in this position is 3mg.

(l is the length of simple pendulum)

PLEASE REPLY SOON.

Thanks.