Classically, it explains why neutron stars often rotate rapidly as they condense.
One variety is calculated as the square root of the azimuthal quantum number times the quantity azimuthal quantum number plus one times h bar squared. Its total variety's z component is important in the Zeeman Effect, and it is quantized in units of n times h bar. Classically, it explains why neutron stars often rotate rapidly as they condense. Its time derivative is torque, which explains why this quantity is conserved when the net torque acting on a system is zero. Electron spin is an intrinsic form of, for 10 points, what rotational physical parameter defined in vector form as r cross p.
One variety is calculated as the square root of the azimuthal quantum number times the quantity azimuthal quantum number plus one times h bar squared.
{angular momentum} [do not accept or prompt on momentum]