An electron is the following state which is a superposition of the orbital angular momentum eigenstates IYIM |4>= A [Y11>+(1/2) [Y20> +C IY1-1> where A and C are non-zero positive constants. If Lz is measured and found to have =0, the value of A is: O (1/2) * 3/8 O (1/2) * /3/4 O (1/2) * V3/2 O 1/4 O 1/2

icon
Related questions
Question
What is the answer
An electron is the following state which is a superposition of the
orbital angular momentum eigenstates IYim>
14>= A [Y11>+(1/2) [Y20> +C ]Y1-1>
where A and C are non-zero positive constants. If Lz is measured and
found to have <L,>=0, the value of A is:
O (1/2) * 3/8
O (1/2) * V3/4
O (1/2) * 3/2
O 1/4
O 1/2
Transcribed Image Text:An electron is the following state which is a superposition of the orbital angular momentum eigenstates IYim> 14>= A [Y11>+(1/2) [Y20> +C ]Y1-1> where A and C are non-zero positive constants. If Lz is measured and found to have <L,>=0, the value of A is: O (1/2) * 3/8 O (1/2) * V3/4 O (1/2) * 3/2 O 1/4 O 1/2
Expert Solution
steps

Step by step

Solved in 4 steps

Blurred answer