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Relation between Work Done and PE

The Potential...

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The Potential energy of a particle of mass 100g along x-axis is given by U = 5x(x - 4), where x is in metre. The Period of oscillation is

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Q. The potential energy of a particle of mass

0.1 kg

, moving along the

x

-axis, is given by

U = 5 x (x - 4) J

x

is in metres. It can be concluded that :

Q. The potential energy of a particle of mass

0.1 k g

moving along the

x -

axis is given by

U = 5 x (x - 4) J

x

is in metre. It can be concluded that

Q. The potential energy of a particle of mass

0.1 k g

, moving along x-axis, is given by

U = 5 x (x - 4) J

when x is in metres. It can be concluded that

Q. The potential energy of a particle of mass

0.1 kg

, moving along the

x -

axis, is given by

U = 5 x (x - 4) J

x

is in meters.
Choose the wrong option(s).

Q. The potential energy of a particle of mass

0.5

kg moving along x-axis is given by

U = (x^{2} - 4 x)

joule where x is in metres. The time period of oscillation of the particle is?

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