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Complete Derivatives
Basics in Calculus
| Question | Answer |
|---|---|
| x | 1 |
| C | 0 |
| CU | CU' |
| U^n | nU^(n-1)U' |
| f(g(x)) | f'(g(x))g'(x) |
| U+V | U'+V' |
| UV | U'V+UV' |
| U/V | U'V-UV'/V^2 |
| |U| | (U/|U|)U' |
| e^u | e^u u' |
| a^u | lna a^u u' |
| lnu | (1/u) u' |
| logaU | (1/lna)(1/U)U' |
| sinx | cosx x' |
| cosx | -sinx x' |
| tanx | sec^2x x' |
| cscx | -cscxcotx x' |
| secx | secxtanx x' |
| cotx | -csc^2x x' |
| arcsinx | (x')/squareroot[1-x^2] |
| arccosx | (-x')/squareroot[1-x^2] |
| arctanx | x'/(1+x^2) |
| arccscx | (-x')/|x|squareroot[1-x^2] |
| arcsecx | (x')/|x|squareroot[1-x^2] |
| arccotx | -x'/(1+x^2) |