For these problems, do not explicitly evaluate the total angular momentum operator, and the z-component of the angular momentum operator on Y" 0,0) (for example do not calculate any derivatives). Instead, check the notes and find the solution of when these operators are applied to YM (0,0) in an eigenfunction, eigenvalue relationship. What is the total angular momentum of a rigid rotator in the Y610(0,0) state? You will have the square root of a number in your answer. Write an exact answer with the square root and using 'hb' as What is the z-component of the angular momentum of a rigid rotator in the yo 10(0,0) state? Write an exact answer using 'hb' as