The area enclosed by `y=x^(3)`, its normal at (1,1) and x - axis is `lambda`, then find the value of `4 lambda = ?`

The area enclosed by y=ln x, its normal at (1,0) and the y -axis is

If the area enclosed by y = x^3 , its normal at P(1,1) and x -axis is A/8 then А equals

If the area enclosed by y=x^(3) ,its normal at P(1,1) and x -axis is (A)/(8) , then A equals

The area enclosed by the parabola y=3(1-x^(2)) and the x-axis is

if the area enclosed by the curves y^(2)=4 lambda x and y=lambda x is (1)/(9) square units then value of lambda is

If the area enclosed by the curve y=min.{x^(3),|x-2|,e^(3-x)} ,x- axis, y- axis and x=4 is Delta then the value of 4(Delta+(1)/(e)) is equal to...

The area bounded by the curve y=x^(2) and y=(2)/(1+x^(2)) is lambda sq.units,then 2 the value of [lambda] is (A)2(B)3(C)4(D)5

If the plane 2x-3y-6z=13 makes an angle sin^(-1) with the x-axis, then the find the value of lambda.

Find the area enclosed between curve y = x^(2)+2 , x-axis, x = 1 and x = 2 .

If the area bounded by the curves y=-x^(2)+6x-5 , y=-x^(2)+4x-3 and the line y=3x-15 is (73)/(lambda) where x>=1 then the value of lambda is _______________