If tangent and normal to the curve `y=2sinx+sinx2x` are drawn at `p(x=(pi)/(3))`, then area of the quadrilaterial formed by the tangent, the normal at p and the cordinate axes is

If tangent and normal to the curve y=2sinx+sin2x are drawn at p(x=(pi)/(3)) , then area of the quadrilaterial formed by the tangent, the normal at p and the cordinate axes is

If tangent and normal to the curve y=2sinx+sin2x are drawn at p(x=(pi)/(3)) , then area of the quadrilaterial formed by the tangent, the normal at p and the cordinate axes is

The tangent and normal to the curve y=2sinx+sin2x are drown at P(x=pi/3) , then area of the quadrilateral formed by the tangent, the normal at P and the coordinate axes is

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

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

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. (pisqrt(3))/2 (b) pi/2 (c) (sqrt(3))/2 (d) None of these

Area of the triangle formed by the tangent, normal at (a, a) on y(2a-x)=x^2 and the x axis is

FInd the slope of the tangent and normal to the curve y=(sin2x+cot x+2)^(2) at x=(pi)/(2)

Area of the triangle formed by the tangent, normal at (1, 1) on the curve sqrt(x)+sqrt(y)=2 and the x axis is

" The area of the triangle formed by the tangent and normal at "(a,a)" on the curve "y(2a-x)=x^(2)" and the "x" -axis is "