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The value of int1^e((tan^(-1)x)/x+(logx)...

The value of `int_1^e((tan^(-1)x)/x+(logx)/(1+x^2))dxi s` `tane` (b) `tan^(-1)e` `tan^(-1)(1/e)` (d) none of these

A

`tane`

B

`tan^(-1)e`

C

`tan^(-1)(1//e)`

D

none of these

Text Solution

Verified by Experts

The correct Answer is:
B

`int_(1)^(e)((tan^(-1)x)/x+(logx)/(1+x^(2)))dx`
`=int_(1)^(e)(tan^(-1)x)/x dx+int_(1)^(e)(logx)/(1+x^(2)) dx`
`=int_(1)^(e)(tan^(-1)x)/x dx+(logx tan^(-1)x)_(1)^(e)-int_(1)^(e)(tan^(-1)x)/x dx`
`=tan^(-1)e`
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CENGAGE-DEFINITE INTEGRATION -Exercise (Single)
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  2. The equation of the curve is y=f(x)dot The tangents at [1,f(1),[2,f(2)...

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  3. The value of int1^e((tan^(-1)x)/x+(logx)/(1+x^2))dxi s tane (b) tan^...

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  4. Iff(pi)=2int0^pi(f(x)+f^(x))sinxdx=5,t h e nf(0) is equal to (it is g...

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  5. If int1^2e^x^2dx=a ,t h e ninte^(e^4)sqrt(1n x)dxi se q u a lto 2e^4-...

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  6. If f(x) is continuous for all real values of x , then sum(r=1)^nf(r-1...

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  7. T h ev a l u eofint0^(pi/2)sin|2x-alpha|dx ,w h e r ealpha in [0,pi],i...

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  8. f(x) is a continuous function for all real values of x and satisfies i...

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  9. If f(x) = int(0)^(x) t cos t dt, then (df)/(dx)

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  10. If agt0 and A=int(0)^(a)cos^(-1)xdx, and int(-a)^(a)(cos^(-1)x-sin^(...

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  11. The value of int1^a[x]f^(prime)(x)dxf^(prime)(x)dx ,w h e r ea >1,a n ...

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  12. int3^(10)[log[x]]dxi se q u a lto(w h e r e[dot]r e p r e s e t n tt h...

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  13. int(-1)^2[([x])/(1+x^2)]dx ,w h e r e[dot] denotes the greater integer...

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  14. T h ev a l u eofint(-2)^1[x[1+cos((pix)/2)]+1]dx , where [.] denotes ...

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  15. Evaluate: int0^(2pi)[sinx]dx ,w h e r e[x] denotes the greatest integ...

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  16. I1=int0^(pi/2)(sinx-cosx)/(1+sinxcosx)dx ,I2=int0^(2pi)cos^6xdx ,I3=in...

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  17. G i v e nint0^(pi/2)(dx)/(1+sinx+cosx)=log2. Then the value of integr...

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  18. "I f"I1=int(-100)^(101)(dx)/((5+2x-2x^2)(1+e^(2-4x))) "and"I2=int(-10...

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  19. The value of int0^oo(x dx)/((1+x)(1+x^2)) is equal to

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  20. about to only mathematics

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