If the point `(k +1,k)` lies inside the region bounded by the curve `x = sqrt(25-y^2)` and y-axis. Then .k belongs to the interval

If the point (lambda,lambda+1) lies inside the region bounded by the curve x=sqrt(25-y^2) and y-a xi s , then lambda belongs to the interval (-1,3) (b) (-4,3) (c) (-oo,-4)uu(3,oo) (d) none of these

If the point (lambda,lambda+1) lies inside the region bounded by the curve x=sqrt(25-y^(2)) and y-a xi s, then lambda belongs to the interval (-1,3)( b) (-4,3)( c) (-oo,-4)uu(3,oo)(d) none of these

If the point (k+1,k) lies inside the region bound by the curve x=sqrt(25-y^2) and the y-axis, then the integral value of k is/are

If the point (k+1,k) lies inside the region bound by the curve x=sqrt(25-y^2) and the y-axis, then the integral value of k is/are

If the point (k+1,k) lies inside the region bound by the curve x=sqrt(25-y^2) and the y-axis, then the integral value of k is/are

The area of the region bounded by the curve y=sqrt(16-x^(2)) and X-axis is

The area of the region bounded by the curve y = sqrt(16-x^2) and the x-axis is

Find the area of the region bounded by the curve y=2sqrt(1-x^(2)) and x-axis.

The area of the region bounded by the curve y=sqrt(16-x^2) and x -axis is :

The area of the region bounded by the curve y= sqrt(16 -x^2) and X- axis is ……..