definite-integral

Related Questions

• $\int_{0}^{1}{{{e}^{2\,\text{In}\,x}}\,dx}=$

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• The area enclosed between the curve $y={{\log }_{e}}(x+e)$and the co-ordinate axes is

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• $\int_{-1}^{1}{{{x}^{17}}{{\cos }^{4}}x}\,dx=$

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• If A is the area of the region bounded by the curve $y=\sqrt{3x+4}$, x axis and the line $x=-1$ and $x=4$and B is that area bounded by curve ${{y}^{2}}=3x+4$, x- axis and the lines $x=-1$and $x=4$ then $A:B$ is equal to

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• $\int_{\,0}^{\,\pi }{{{e}^{{{\sin }^{2}}x}}{{\cos }^{3}}x\,dx}$ is equals to

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