In light atoms, the spin and orbital types of this quantity are coupled by Russell-Saunders coupling. Clebsch-Gordan coefficients are used in the addition of this quantity. According to Noether's [NUH-ters] theorem, this quantity is conserved in (*) rotationally invariant systems. The time derivative of this quantity is equal to torque. For 10 poin
In light atoms, the spin and orbital types of this quantity are coupled by Russell-Saunders coupling. Clebsch-Gordan coefficients are used in the addition of this quantity. According to Noether's [NUH-ters] theorem, this quantity is conserved in (*) rotationally invariant systems. The time derivative of this quantity is equal to torque. For 10 points, name this quantity that is symbolized L and is the rotational analogue of linear momentum.
In light atoms, the spin and orbital types of this quantity are coupled by Russell-Saunders coupling.
{angular momentum} [do not accept or prompt on "momentum"]