Recent content by Saxonphone

He's asking you to show that the inner product of the function is zero for n=1 and m=2. \langle \psi_1 | \psi_2 \rangle = 0

Homework Statement From Goldstein's Classical Mechanics (Chapter 5 - Exercice 17 - Third Edition) A uniform right circular cone of height h, half angle A, and density B rolls on its side without slipping on a uniform horizontal plane in such a manner that it returns to its original position...

Homework Statement Say we are adding angular momentum: J = J1+J2. Now, how can i prove that J2 |j1,j2,m1,m2>\neq \lambda |j1j,2,m1,m2> a.k.a. |j1j2,m1,m2> is not a eigenket of J2? Homework Equations J12|j1,j2,m1,m2>=j1|j1j,2,m1,m2> J22|j1,j2,m1,m2>=j2|j1j,2,m1,m2>...