Q61.The value of the integral () () () / 2 0 sin x dx sin x cosx π + ∫ is
Integration, Applications Of Integration And Area Bounded By Curve questions
Q62.The value of the integral 2 2 d v d u u v dx dx dx − ∫ is-
Q64.An appropriate substitution for the integral 1/ 2 1/3 1 x dx 1 x + ∫ is-
Q65.The value of the integral () 10 7 10 4 x dx x 11 x + − ∫ is-
Q66.The area of cut off the parabola 4y = 3x2 by the straight line 2y = 3x + 12 is
Q67.The area of the region bounded by the curves y2 = x and x2 = y is
Q68.() ∫ x 3 e x – 1 x +1 dx equal to
Q69.Integral of ∫ cotx dx log sinx is
Q70.() ∫ 3 logx 1 e +1 dx is equal to
Q71.() ∫ 1 –1 2 0 tan x dx 1+ x is equal to
Q72.∫ π 3 2 2 π 4 dx sin xcos x is equal to -
Q73.∫ π/2 2 0 sinx cosx dx cos x + 3cosx + 2 is equal to
Q74.The value of the integral ∫ π 2 0 log cosx dx is
Q75.If [x] is the greatest integer function, then 2 0 d ∫ 2 x x is:
Q76.∫ 1 a- n 1 n x dx = a - x + x
Q77.Let 2 0 1 2 () a a a, φ = + + x x x then 1 0 ()d φ = ∫ x x
Q78.If π / 2 sin d sin 2, θ = θ ∫ x x then the value of θ satisfying 0 π < θ < is:
Q79.2 1 d (1)2(2) + + + ∫ x x x is equal to:
Q80.The value of 1 2 log d 2 − + ∫ x is:
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