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Potential energy of particle on a frictionless surface is given by, u(x) = k[1-e*], where k is a constant. Choose the correct statement. For small value Ar from the origin, particle execute SHM. For any value of non-zero x, direction of force is away from the origin. O For any point x>0, represents unstable equilibrium. If its total mechanical energy is k/2, it has its minimum kinetic energy at the origin.

Potential energy of particle on a frictionless surface is given by, u(x) = k[1-e*], where k is a constant. Choose the correct statement. For small value Ar from the origin, particle execute SHM. For any value of non-zero x, direction of force is away from the origin. O For any point x>0, represents unstable equilibrium. If its total mechanical energy is k/2, it has its minimum kinetic energy at the origin.

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Potential energy of particle on a frictionless surface is given by, u(x) = k[1-e*], where k is a constant. Choose the correct statement. O For small value Ar from the origin, particle execute SHM. For any value of non-zero x, direction of force is away from the origin. For any point x>0, represents unstable equilibrium. O If its total mechanical energy is k/2, it has its minimum kinetic energy at the origin.
Transcribed Image Text:Potential energy of particle on a frictionless surface is given by, u(x) = k[1-e*], where k is a constant. Choose the correct statement. O For small value Ar from the origin, particle execute SHM. For any value of non-zero x, direction of force is away from the origin. For any point x>0, represents unstable equilibrium. O If its total mechanical energy is k/2, it has its minimum kinetic energy at the origin.
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