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Standard XII

Physics

Potential Energy Formulae

The potential...

Question

The potential energy of a particle $(U_{x})$ executing S.H.M. is given by

U_{x} = \frac{k}{2} {(x - a)}^{2}

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U_{x} = k_{1} x + k_{2} x^{2} + k_{3} x^{3}

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U_{x} = A e^{- b x}

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U_{x} = a c o n s t a n t

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Solution

The correct option is A $U_{x} = \frac{k}{2} {(x - a)}^{2}$
It is a factual question, PE is given by the equation in option A where $x$ is displacement from mean and $a$ is displacement of origin.

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The potential energy of a particle (Ux) executing S.H.M. is given by

The correct option is A Ux=k2(x−a)2It is a factual question, PE is given by the equation in option A where x is displacement from mean and a is displacement of origin.

The potential energy of a particle $(U_{x})$ executing S.H.M. is given by

The correct option is A $U_{x} = \frac{k}{2} {(x - a)}^{2}$
It is a factual question, PE is given by the equation in option A where $x$ is displacement from mean and $a$ is displacement of origin.