![SOLVED: 5 . Prove the following commutator identities: [A+ B,8] = [4,8] + [B,0] [AB, C] = A[B,C]+ [A,CJB SOLVED: 5 . Prove the following commutator identities: [A+ B,8] = [4,8] + [B,0] [AB, C] = A[B,C]+ [A,CJB](https://cdn.numerade.com/ask_images/8b6b6345b5484bfd9ee39eb10255d3e3.jpg)
SOLVED: 5 . Prove the following commutator identities: [A+ B,8] = [4,8] + [B,0] [AB, C] = A[B,C]+ [A,CJB
![calculus - What do these commutator identities have to do with the product rule for derivatives? - Mathematics Stack Exchange calculus - What do these commutator identities have to do with the product rule for derivatives? - Mathematics Stack Exchange](https://i.stack.imgur.com/0Nvsd.jpg)
calculus - What do these commutator identities have to do with the product rule for derivatives? - Mathematics Stack Exchange
![Angular Momentum Classical radius vector from origin linear momentum determinant form of cross product Copyright – Michael D. Fayer, ppt download Angular Momentum Classical radius vector from origin linear momentum determinant form of cross product Copyright – Michael D. Fayer, ppt download](https://images.slideplayer.com/27/9065940/slides/slide_8.jpg)
Angular Momentum Classical radius vector from origin linear momentum determinant form of cross product Copyright – Michael D. Fayer, ppt download
![SOLVED: Prcblem 3.41. (a Prove the following commutator identity: [AB,e] = ^ [B,c] [4.e] B b) Using Equations 3.140 and 3.142, show that [" , p] = ihnz"-1 c) For any function SOLVED: Prcblem 3.41. (a Prove the following commutator identity: [AB,e] = ^ [B,c] [4.e] B b) Using Equations 3.140 and 3.142, show that [" , p] = ihnz"-1 c) For any function](https://cdn.numerade.com/ask_images/fb7240d8f96646d0b92b240c4c3f24d7.jpg)