Area enclosed between the curves `|y|=1-x^2a n dx^2+y^2=1` is `(3pi-8)/3` (b) `(pi-8)/3` `(2pi-8)/3` (d) None of these

The area enclosed between the curves y^(2)=x and y=|x| is (1)2/3(2)1(3)1/6(4)1/3

The area enclosed between the curve y^2=4x and the line y=x is (A) 8/3 (B) 4/3 (C) 2/3 (D) 1/2

Area enclosed between the curve y^(2)(2a-x)=x^(3) and line x=2a above X -axis is (a) pi a^(2) sq units (b) (3 pi a^(2))/(2) squnits (c) 2 pi a^(2) sq units (d) 3 pi a^(2) sq units

Area bounded by the curves |y| = 1-x^2 is (A) 4/3 (B) 8/3 (C) 16/3 (D) none of these

The area of the region given by x^(2)+y^(2)-6y<=0&y<=x is (9 pi-9)/(4)b(9 pi-18)/(4)c.(3 pi+9)/(4)d .none of these

Tangent and normal to the curve y=2sin x+sin2x are drawn at p(x=(pi)/(3)) The area of the quadrilateral formed by the tangent,the normal and coordinate axes is.(pi sqrt(3))/(2) (b) (pi)/(2)(c)(sqrt(3))/(2) (d) None of these

Area enclosed by the curve (y-sin^(-1)x)^(2)=x-x^(2), is (A) (pi)/(2) sq.units (B) (pi)/(4) sq.units (C) (pi)/(8) sq.units (D) none of these

The area enclosed by the curves y = cos x, y = 1+sin 2x and x= (3pi)/2 as x varies from 0 to (3pi)/2 , is

The area bounded by the curve y=sin x between x=(pi)/(2) and x=(3 pi)/(2)