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The spherical symmetric potential in which a particle is moving is V (r)= ßr', where B is a positive constant. what is the relationship between the expectation value of kinetic and potential energy of particle in stationary state is, (a) (T)=(U) (b) (T)={") (0) (T)=;(") 3 (d) (T)=5{U)

The spherical symmetric potential in which a particle is moving is V (r)= ßr', where B is a positive constant. what is the relationship between the expectation value of kinetic and potential energy of particle in stationary state is, (a) (T)=(U) (b) (T)={") (0) (T)=;(") 3 (d) (T)=5{U)

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The spherical symmetric potential in which a particle is moving is V(r)=Br^5, where ßis a positive constant. what is the relationship between the expectation value of kinetic and
potential energy of particle in stationary state is,

The spherical symmetric potential in which a particle is moving is V(r)= Br' , where B is a positive constant. what is the relationship between the expectation value of kinetic and potential energy of particle in stationary state is, (a) (T)=(U} %3D (b) (T)=") (0) (T)= }(") (d) (T)=5(U}
Transcribed Image Text:The spherical symmetric potential in which a particle is moving is V(r)= Br' , where B is a positive constant. what is the relationship between the expectation value of kinetic and potential energy of particle in stationary state is, (a) (T)=(U} %3D (b) (T)=") (0) (T)= }(") (d) (T)=5(U}
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