Mathematics · JEE

Easy Evaluation of definite integrals MCQs for JEE

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Q1MathsUnit 8: Integral Calculus
Evaluate: 12logxdx\int_{1}^{2} \log x d x
Q2MathsUnit 8: Integral Calculus
If In=0π/4tannxdx,I_{n}=\int_{0}^{\pi / 4} \tan ^{n} x d x, then 1I2+I4,1I3+I5,1I4+I6,\frac{1}{I_{2}+I_{4}}, \frac{1}{I_{3}+I_{5}}, \frac{1}{I_{4}+I_{6}}, \dots are in
Q3MathsUnit 8: Integral Calculus
nLt[n+1n2+12+n+2n2+22++\boldsymbol{n} \stackrel{L t}{\rightarrow} \infty\left[\frac{\boldsymbol{n}+\mathbf{1}}{\boldsymbol{n}^{2}+\mathbf{1}^{2}}+\frac{\boldsymbol{n}+\boldsymbol{2}}{\boldsymbol{n}^{2}+\mathbf{2}^{2}}+\ldots+\right. n+nn2+n2]=\left.\frac{\boldsymbol{n}+\boldsymbol{n}}{\boldsymbol{n}^{2}+\boldsymbol{n}^{2}}\right]=
Q4MathsUnit 8: Integral Calculus
Evaluate the following as the limit of sum : 02(x+4)dx\int_{0}^{2}(x+4) d x
Q5MathsUnit 8: Integral Calculus
If In=0π4tannxdx\boldsymbol{I}_{n}=\int_{0}^{\frac{\pi}{4}} \tan ^{n} x d x then 1I2+I4,1I3+I5,1I4+I6\frac{1}{I_{2}+I_{4}}, \frac{1}{I_{3}+I_{5}}, \frac{1}{I_{4}+I_{6}} are in?
Q6MathsUnit 8: Integral Calculus
1002014x2114x+xdx=\int_{100}^{2014} \frac{\sqrt{x}}{\sqrt{2114-x}+\sqrt{x}} d x=

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