In quantum mechanics, Clebsch-Gordon coefficients are used when states of this quantity are added.
In quantum mechanics, Clebsch-Gordon coefficients are used when states of this quantity are added. This quantity squared equals h-bar times the azimuthal quantum number times azimuthal quantum number plus one in quantum mechanics. Precession occurs with a change in the direction of this vector quantity, and Kepler's second law is derived by keeping this quantity constant. This quantity's time derivative is torque, and the spin of a particle is an intrinsic type of this quantity, which is given by the moment of inertia times the angular velocity. For 10 points, identify this quantity for a rotational system, symbolized "L," which is always conserved.
In quantum mechanics, Clebsch-Gordon coefficients are used when states of this quantity are added.
{angular momentum} [accept {spin} before “azimuthal”; prompt on {momentum}; do not accept “linear momentum”]