II A and B are Hermitian operators, each of which possess a complete set of eigen if AB - BA, then ons, LAA and B both represent the same observable B) A and B both commute with Hamiltonian C) Neither A nor B represent an observable D) Observation of either one alterst result of the other E) There exist a complete set of functions which are eigenfunctions of be A and B
II A and B are Hermitian operators, each of which possess a complete set of eigen if AB - BA, then ons, LAA and B both represent the same observable B) A and B both commute with Hamiltonian C) Neither A nor B represent an observable D) Observation of either one alterst result of the other E) There exist a complete set of functions which are eigenfunctions of be A and B
Related questions
Question
Transcribed Image Text:11 A and B are Hermitian operators, each of which possess a complete set of eigenfunctions,
if AB-BA, then
LAYA and B both represent the same observable B) A and B both commute with
Hamiltonian C) Neither A nor B represent an observable D) Observation of either one alters t
result of the other E) There exist a complete set of functions which are eigenfunctions of be
A and B
20. If Ô is a unitary operator, then which one of the following is true for Ô?
A) 0 = 0 B) 0 = -0¹ C) Ô = 0 D) 0 = (0¹)-¹ E) None of them
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 4 steps with 4 images
