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 bounded by the curve x=sqrt(25-y^(2)) and y- axis.Then .k belongs to the interval

A region in the x-y plane is bounded by the curve y=sqrt(25-x^(2)) and the line y=0. If the point (a,a+1) lies in the interior of the region,then a in(-4,3)( b) a in(-oo,-1)in(3,oo)a in(-1,3)(d) none of these

If the points (lambda,-lambda) lies inside the circle x^(2)+y^(2)-4x+2y-8=0, then find the range of lambda.

If the points (lambda, -lambda) lies inside the circle x^2 + y^2 - 4x + 2y -8=0 , then find the range of lambda .

If the points (lambda, -lambda) lies inside the circle x^2 + y^2 - 4x + 2y -8=0 , then find the range of lambda .

If the points (lambda, -lambda) lies inside the circle x^2 + y^2 - 4x + 2y -8=0 , then find the range of lambda .

A region in the x-y plane is bounded by the curve y=sqrt(25-x^2) and the line y=0 . If the point (a ,a+1) lies in the interior of the region, then (a) a in (-4,3) (b) a in (-oo,-1) ∪ (3,oo) (c) a in (-1,3) (d) none of these

A region in the x-y plane is bounded by the curve y=sqrt(25-x^2) and the line y=0 . If the point (a ,a+1) lies in the interior of the region, then (a) a in (-4,3) (b) a in (-oo,-1) ∪ (3,oo) (c) a in (-1,3) (d) none of these

A region in the x-y plane is bounded by the curve y=sqrt(25-x^2) and the line y=0 . If the point (a ,a+1) lies in the interior of the region, then (a) a in (-4,3) (b) a in (-oo,-1) ∪ (3,oo) (c) a in (-1,3) (d) none of these

If the point (2,k) lies outside the circles x^(2)+y^(2)+x-2y-14=0andx^(2)+y^(2)=13 then k lies in the interval (-3,-2)uu(3,4)(b)(-3,4) (c) (-oo,-3)uu(4,oo)(d)(-oo-2)uu(3,oo)