An attempt to find the eigenkets for this quantity for a combined system such that the kets conform to a constant of the motion led to the discovery of the Clebsch-Gordon coefficients. This quantity is equal to integer multiples of the reduced Planck's constant in the Bohr model, in which it is quantized. This quantity is equal to the cross product of the radius vector and the velocity vector times mass, which is why ice skaters rotate faster when they pull in their arms. The time derivative of this quantity is equal to torque and it is symboli
An attempt to find the eigenkets for this quantity for a combined system such that the kets conform to a constant of the motion led to the discovery of the Clebsch-Gordon coefficients. This quantity is equal to integer multiples of the reduced Planck's constant in the Bohr model, in which it is quantized. This quantity is equal to the cross product of the radius vector and the velocity vector times mass, which is why ice skaters rotate faster when they pull in their arms. The time derivative of this quantity is equal to torque and it is symbolized with an L. For 10 points, name this rotational analog of momentum.
An attempt to find the eigenkets for this quantity for a combined system such that the kets conform to a constant of the motion led to the discovery of the Clebsch-Gordon coefficients.
angular momentum