1. Check the nature of the commutation between the angular momentum of the x-axis and the angular momentum of the z-axis, between the square of the total angular momentum and the angular momentum of the z-axis, and between the rotational kinetic energy of the z-axis and the angular momentum of the z-axis!
1. Check the nature of the commutation between the angular momentum of the x-axis and the angular momentum of the z-axis, between the square of the total angular momentum and the angular momentum of the z-axis, and between the rotational kinetic energy of the z-axis and the angular momentum of the z-axis!
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Please Solve the problem question quantum physics.... With the step, thank u

Transcribed Image Text:1. Check the nature of the commutation between the angular
momentum of the x-axis and the angular momentum of the z-axis,
between the square of the total angular momentum and the angular
momentum of the z-axis, and between the rotational kinetic energy
of the z-axis and the angular momentum of the z-axis!
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