The area bounded by one arc of the curve `y=sin x+cos x` and x -axis is

Area bounded by one arch of the curve y=sin sin mx(m>0) and the x -axis is

The area bounded by the curves y= "sin" x, y= cos x and y-axis in 1 quadrant is -

The area bounded by the curve y = sin x , x in [0,2pi] and the x-axis is equal to

The area bounded by the curve y=sin^(2)x-2 sin x and the x-axis, where x in [0, 2pi] , is

The area bounded by the curves y=sin(x-[x]),y=sin1 and the x -axis is

[" The area bounded by the curve "],[y=sin^(-1)(sin x)" and the "x" -axis "],[" from "x=0" to "x=4 pi" is equal to "],[" the area bounded by the curve "],[y=cos^(-1)(cos x)" and the x-axis "],[" from "x=-pi" to "x=" a then the "],[" value of "[a]=[.]" G.I.F "]

Area bounded by the curve y=max{sin x, cos x} and x -axis, between the lines x=(pi)/(4) and x=2 pi is equal to

The area bounded by the curve y = sin2x, axis and y=1, is

The area bounded by the curve y=sin^(-1)(sinx) and the x - axis from x=0" to "x=4pi is equal to the area bounded by the curve y=cos^(-1)(cosx) and the x - axis from x=-pi " to "x=a , then the value of a is equal to