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![Solved] Verify the commutator identities (5.1)-(5 | SolutionInn](https://dsd5zvtm8ll6.cloudfront.net/si.question.images/image/images12/959-P-M-A-M(500).png "Solved] Verify the commutator identities (5.1)-(5 | SolutionInn")
Solved] Verify the commutator identities (5.1)-(5 | SolutionInn
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![SOLVED: Question 5: Commutator Identities Prove each of the following commutator identities: (a) [AB,C] = A[B,C] + [A,C]B (b) [x',p] = ihnx^(n-1) (c) [f(x),p] = ih(dÆ'/dx)](https://cdn.numerade.com/ask_images/2e71f495003747b28c5b2a97cd28ca5b.jpg "SOLVED: Question 5: Commutator Identities Prove each of the following commutator identities: (a) [AB,C] = A[B,C] + [A,C]B (b) [x',p] = ihnx^(n-1) (c) [f(x),p] = ih(dÆ'/dx)")
SOLVED: Question 5: Commutator Identities Prove each of the following commutator identities: (a) [AB,C] = A[B,C] + [A,C]B (b) [x',p] = ihnx^(n-1) (c) [f(x),p] = ih(dÆ'/dx)
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![SOLVED: Exercise 2: Commutators and anti-commutators [40] A and B are matrices or operators. Use the definitions for the commutator [A,B] = AB - BA and the anti-commutator A.B = AB +](https://cdn.numerade.com/ask_images/033caee3dc4e469fa9fd1aec74b51f17.jpg "SOLVED: Exercise 2: Commutators and anti-commutators [40] A and B are matrices or operators. Use the definitions for the commutator [A,B] = AB - BA and the anti-commutator A.B = AB +")
SOLVED: Exercise 2: Commutators and anti-commutators [40] A and B are matrices or operators. Use the definitions for the commutator [A,B] = AB - BA and the anti-commutator A.B = AB +
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