1
Q
wavefunction of a rotation
A
psi=(1/srt(2pi))e^(im_ltheta) where M_l is any integer (positive or negative)
2
Q
psi=(1/srt(2pi))e^(im_ltheta) where M_l is any integer (positive or negative)
A
wavefunction of a rotation
3
Q
energy of a quantum rotation
A
E=(Hbar^2m_l^2)/(2I)
4
Q
E=(Hbar^2m_l^2)/(2I)
A
energy of a quantum rotation
5
Q
energy diffrence between two steps in quantum rotation
A
deltaE=hbar^2/I (l+1)
6
Q
deltaE=hbar^2/I (l+1)
A
energy diffrence between two steps in quantum rotation
7
Q
magnitude of rotational momentum
A
L=hbar*sqrt(l(l+1)
8
Q
L=hbar*sqrt(l(l+1)
A
magnitude of rotational momentum
