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If `int (0)^(1) cot^(-1)(1-x-x^(2))dx=k int (0)^(1) tan^(-1)x dx`, then k=` (Doubtnut) View | |
Evaluate: `int 0^1 cot^-1(1-x+x^2)dx` (Doubtnut) View | |
Evaluate `int 0^1 tan^(-1) (1/(1-x+x^2)) dx` (Doubtnut) View | |
Integration of Cot Inverse (1-x+x^2) || Class 12 Maths integrate(0) to(1) of cot^(-1)(1-x+x^2) (concepts \u0026 Methods) View | |
Integration of cot inverse (1-x+x²) from 0 to 1 (RK Eduworld (Classic)) View | |
Evaluate: `int 0^1x(tan^(-1)x)^2dx` (Doubtnut) View | |
integral of 0 to 1 of Cot Inverse (1-x+x^2) prove that pi/2 minus log2 | 2 tan inverse x dx | (Gulshan Maths Study) View | |
'tan^-1((sqrt(1+x^2) -1)/x)' || tan^(-1)(sqrt(1+x^(2))-1)/(x) x is not equal to 0 || (concepts \u0026 Methods) View | |
tan inverse 1-x/1+x=1/2 tan inverse x | tan inverse 1 - x upon 1 + x (Gulshan Maths Study) View | |
`int 0^1cot^(- 1)(1-x+x^2)dx` (Doubtnut) View |