" 2.Let "f(x)=[(sin x)/(x)]+[(2sin2x)/(1,x)]+...+[(10sin10x)/(x)]" (where "[y]

Let f(x)=[(sin x)/(x)]+[(2sin2x)/(x)]+...+[(10sin10x)/(x)] (where [.1 is the greatest integer function) Then the value of lim_(x rarr0)f(x) equals 55 (b) 164 (c) 165 (d) 375

Let f(x)=[(sinx)/x]+[(2sin2x)/x]++[(10sin10 x)/x] (where [.] is the greatest integer function) Then the value of ("lim")_(xvec0)f(x) equals 55 (b) 164 (c) 165 (d) 375

Let f(x)=In (2x-x^(2))+"sin"(pix)/(2). Then

Let f(x)=((2sin x+sin2x)/(2cos x+sin2x)*(1-cos x)/(1-sin x));x in R Consider the following statements.

Let f(x)=(sin^(101)x)/([(x)/(pi)]+(1)/(2)) , where [x] denotes the integral part of x is

Let f(x)=(2sin^(2)x-1)/(cos x)+cos x(2sin x+1)/(1+sin x)then int e^(x)(f(x)+f'(x))dx where c is the constant of integration

Let f(x)=sin^(4)x-cos^(4)xandg(x)=1-2sin^(2)xcos^(2)x . intg(x)dx =

Which of the following have the same bounded area f(x)=sin x,g(x)=sin^(2)x, where 0<=x<=10 pif(x)=sin x,g(x)=|sin x|, where 0<=x<=20 pif(x)=|sin x|,g(x)=sin^(3)x, where 0<=x<=10 pif(x)=sin x,g(x)=sin^(4)x, where 0<=x<=10 pi