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The tangent, represented by the graph of the function `y=f(x),` at the point with abscissa x = 1 form an angle of `pi//6`, at the point x = 2 form an angle of `pi//3` and at the point x = 3 form and angle of `pi//4`. Then, find the value of,
`int_(1)^(3)f'(x)f''(x)dx+int_(2)^(3)f''(x)dx.`

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RESONANCE-DEFINITE INTEGRATION & ITS APPLICATION -Exercise 2 Part - 1
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  2. If sum(i=1)^(4)(sin^(-1)x(i)+cos^(-1)y(i)) = 6 pi, then sum(i=1)^(4)x...

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  3. The tangent, represented by the graph of the function y=f(x), at the p...

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  4. Let A = int(0)^(1)(e^(t))/(1+t) dt, then int(a-1)^(a)(e^(-1))/(t-a-1) ...

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  5. int1^2 x^(2x^2+1)(1+2lnx)dx is equal to

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  6. If f(x) is a function satifying f(1/x) + x^(2)f(x) = 0 for all non-ze...

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  7. If C0/1+C1/2+C2/3=0 , where C0 C1, C2 are all real, the equation C2x...

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  8. If f(x) = int(0)^(x)(2cos^(2)3t+3sin^(2)3t)dt, f(x+pi) is equal to :

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  9. Let f(x) = int(0)^(x)(dt)/(sqrt(1+t^(2))) and g(x) be the inverse of ...

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  10. Let f(x) is differentiable function satisfying 2int(1)^(2)f(tx) dt ...

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  11. Let I(n) = int(0)^(1)x^(n)(tan^(1)x)dx, n in N, then

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  12. If u(n) = int(0)^(pi//2) x^(n)sinxdx, then the value of u(10) + 90 u(...

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  13. The value of int(1//e)^(tanx)(t)/(1+t^(2))dt+int(1//e)^(cotx)(1)/(t(1+...

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  14. Let A(1) = int(0)^(x)(int(0)^(u)f(t)dt) dt and A(2) = int(0)^(x)f(u).(...

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  15. lim(nrarroo) (sin'(pi)/(2n).sin'(2pi)/(2n).sin'(3pi)/(2n)"......."sin'...

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  16. Area bounded by the region consisting of points (x,y) satisfying y le ...

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  17. Find the area enclosed between the curves: y = loge (x + e) , x = loge...

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  18. The area bounded by the curve x = a cos^3t,, y = a sin^3t, is :

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  19. The area bounded by the curve f(x)=x+sinx and its inverse function bet...

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  20. P(2,2), Q(-2,2) R(-2,-2) & S(2,-2) are vertices of a square. A para...

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