![Basic Maths- Integration] Why can't you use chain rule to differentiate it but not reverse chain rule to integrate it? : r/HomeworkHelp Basic Maths- Integration] Why can't you use chain rule to differentiate it but not reverse chain rule to integrate it? : r/HomeworkHelp](https://preview.redd.it/basic-maths-integration-why-cant-you-use-chain-rule-to-v0-nu9rliq8ik7a1.png?width=640&crop=smart&auto=webp&s=9c0688896099b74039f302bb3e0c18901e7a5118)
Basic Maths- Integration] Why can't you use chain rule to differentiate it but not reverse chain rule to integrate it? : r/HomeworkHelp
![SOLUTION: Chain integration of power trigonometry hyperbolic and exponential functions leading to inverse trigonometry - Studypool SOLUTION: Chain integration of power trigonometry hyperbolic and exponential functions leading to inverse trigonometry - Studypool](https://sp-uploads.s3.amazonaws.com/uploads/services/1868552/20210924154459_614df27b92cc0_chain_integration_of_power_trigonometry__hyperbolic__and_exponential_functions_leading_to_inverse_trigonometrypage1.png)
SOLUTION: Chain integration of power trigonometry hyperbolic and exponential functions leading to inverse trigonometry - Studypool
![can anyone explain why when taking this antiderivative they added a half to the side? is there a form of chain rule I am not getting here? : r/apcalculus can anyone explain why when taking this antiderivative they added a half to the side? is there a form of chain rule I am not getting here? : r/apcalculus](https://preview.redd.it/nsikj9tu78v41.png?width=1080&crop=smart&auto=webp&s=024a7c364d7d3d8523c763d610f677740b877dc1)