Q321.The value of n 1 2 2 r 1 1 n r − = − − ∑ ∑ is:
Limit, Continuity And Differentiability Of Function Of One Variable questions
Q322.The value of { {{ { } }} } 2 x 0 1 1 x lim x → − − is equal to
Q323.The value of the limit 2 x 0 tan x x lim x tan x → − is equal to:
Q324.The value of the 4 2 3 x 1 x sin x x lim 1 | x| →−∞ + is equal to:
Q326.The value of the n lim →∞ ∑ n-1 2 2 r=0 n n + r is:
Q327.Let ≠ x f(x) =, for x 0 x f(0) = 5k then:
Q328.If 2 f(x) = log(x +1) then x 2 lim → f(x)-f(2) x - 2 is equal to:
Q329.x 0 log cos ax lim log cos bx → is equal to:
Q330.A function f(x) is defined for all x>0 and satisfies f(x)2 =x3 for all x>0. The value of f'(4) is:
Q331.The value of x 0 lim → x e - 1 x is equal to:
Q332.The value of the 0 → 2 x log(1- x) lim log cos x is:
Q334.2 1/x x 0 tanx lim x → is equal to:
Q335.x sin x lim x
Q336.At x = 0, the fuction 1 xcos, x 0 (x) x 0, x 0 f is
Q337.If ∫ x c A(x) = (f(t) + 2)dt. then A' (x) is:
Q338.If 2 f(x) = 1- x and g(x) = 1- x, where –1≤ x≤ 1, then Rolle's theorem is:
Q339.x 1 lim 1+ x →∞ is equal to:
Q340.x 1 1 1 lim....... n 1 n 2 2n →∞ + + + + + + + + + + + + + + is equal to:
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