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If A=3/2, B=1 and C=1/2 then $\int \frac{2x^{2}}{(x-1)^{2}(x+1)} dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \frac{(a-b)x}{(x-a)(x-b)} dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$ \int \frac{2x}{x^{2}-x^{2}} dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

If A=2, B=-1 and C=3 then $\int \frac{5x^{2}+9x+6}{(x^{2}-1)(2x+3)} dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \frac{2}{x^{2}-a^{2}}$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \frac{x}{\sin^{2}x}dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \frac{1+x}{(2+x)^{2}} e^{x}dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$ \int \log xdx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \tan^{-1}x dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int x\sin xdx$ is equal to:

NETNUST Entry TestMathematicsIntegration

If u=lnx and $v=x^{5}$ then $\int x^{5}lnx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int xe^{x}dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

If u=x and dv=-sinx, then \int xcosdx$ is equal to:

NETNUST Entry TestMathematicsIntegration

If $u=x^{2}$, dv=sinx, then \int x^{2}\sinxdx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \cosec(ax+b)dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \cot(ax+b)dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \cosec^{2}(ax+b)dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \tan(ax+b)dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \frac{1}{ax+b}dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \sin(ax+b)dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \sec^{2}(ax+b)dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int \frac{dx}{(2x+3)^{4}}dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

$\int (a-2x)^{\frac{3}{2}}dx$ is equal to:

NETNUST Entry TestMathematicsIntegration

The integral of $(ax+b)^{n}$ is:

NETNUST Entry TestMathematicsIntegration

The integral of $\frac{1}{ax+b}$ is:

NETNUST Entry TestMathematicsIntegration