Integration, Applications Of Integration And Area Bounded By Curve questions
Q182.If 0 () 2 () a a a f x dx f x dx − = ∫ ∫ ∫ ∫ then
Q183.Surface area of a hemisphere of radius a is
Q184.If [x] stands for greatest integer function, then the value of 2 0 x dx ∫ ∫ is:
Q185.4 sinxcosx dx 1 sin x + ∫ ∫ is:
Q186.1 tan xdx − ∫ ∫ is equal to
Q187.The area of the region bounded by the graphs of the curves f(x)=x2 and g(x)=x3 is:
Q188.The area of the region between the x-axis and the graph of f(x)=x3 –x2 –2x, –1≤ x ≤2 is
Q189.1 0 1 x cos 2cot dx 1 x − + ∫ ∫ is equal to
Q190.Area bounded by the curves y=, 2 3 x x y = + in the first quadrant and x-axis is
Q191.The area bounded by the curves x = at2, y = 2at x-axis 1≤ t ≤3 is
Q193.1 99 0 (1) x x − ∫ ∫ dx is equal to
Q194.() () () b a f x f x f a b x + + − + + − + + − + + − ∫ ∫ dx is equal to
Q195.The value of the integral 1 1 2 2 2 2 1 2 1 1 2 1 1 − + − − + ∫ x x dx is
Q197.∫ π/2 0 2 cosxdx (1 + sinx) (2 + sinx) is equal to
Q198.2 0 1 2 cos − + ∫ d a a π θ is equal to (where a<1)
Q200.(()))2 cospx sinqx dx, π −π − ∫ ∫ where p and q are integers, is equal to:
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General practice
Topic-wise questions and study coverage will appear here.