A particle with total energy $E$ is moving in a potential energy region $U (x)$ . Motion of the particle is restricted to the region when

U (x) > E

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U (x) < E

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U (x) = 0

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U (x) \leq E

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Solution

The correct option is B $U (x) < E$
We know that total energy,E = K.E +P.E
E= K.E +U(x)
If particle is moving, then potential energy is not negative.
so, U(x)<E

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A particle with total energy E is moving in a potential energy region U(x). Motion of the particle is restricted to the region when

The correct option is B U(x)<EWe know that total energy,E = K.E +P.E E= K.E +U(x)If particle is moving, then potential energy is not negative.so, U(x)<E

A particle with total energy $E$ is moving in a potential energy region $U (x)$ . Motion of the particle is restricted to the region when

The correct option is B $U (x) < E$
We know that total energy,E = K.E +P.E
E= K.E +U(x)
If particle is moving, then potential energy is not negative.
so, U(x)<E