" 2."y=x sin x,x=0" From "2 pi" till . "

Statement I- The area of the curve y=sin^2 x "from" 0 "to" pi will be more than that of the curve y=sin x "from" 0 "to" pi . Statement II - x^(2)gtx, if xgt1 .

Statement I- The area of the curve y=sin^2 x "from" 0 "to" pi will be more than that of the curve y=sin x "from" 0 "to" pi . Statement II - x^(2)gtx, if xgt1 .

y=x + sin x,…. x = 0, x=(pi)/(2)

y=sin x, ….. x = 0, x = (2pi)/(3)

The area bounded by the curve y = sin^(2) x, 0 le x le pi/2 , X axis and the line x = pi/2 is

The equation sin x + sin y + sin z = -3 for 0le x le2pi, 0le y le 2pi, 0le z le 2pi has

The equation sin x + sin y + sin z = -3 for 0le x le2pi, 0le y le 2pi, 0le z le 2pi has

Find the slope of the tangent and normal to the following curve. (i) y = 2x^(2) + 3 sin x at x = 0 (ii) y = (sin 2x + cot x + 2)^(2) "at x" = (pi)/(2)

Find the area bounded by y=1+2 sin^(2)x,"X-axis", X=0 and x=pi .