A circle of radius `2` units touches the co ordinate axes in the first quadrant. If the circle makes a complete rotation on the x-axis along the positive direction of the x-axis, then the equation of the circle in the new position is

A circle of radius 4 units touches the co-ordinate axes in the first quadrant. If the circle makes one complete roll on the x-axis along the positive direction of x-axis, find its equation in new position.

A circle of radius 4 units touches the cordinate axes in the first quadrant. If the circle makes one compete roll on the x-axis along the positive direction of x-axis, find its equation in new position .

A circle of radius 5u n i t s touches the coordinate axes in the first quadrant. If the circle makes one complete roll on x-axis along the positive direction of x-axis , find its equation in new position.

A circle of radius 5u n i t s touches the coordinate axes in the first quadrant. If the circle makes one complete roll on x-axis along he positive direction of x-axis , find its equation in new position.

A circle of radius 5u n i t s touches the coordinate axes in the first quadrant. If the circle makes one complete roll on x-axis along he positive direction of x-axis , find its equation in new position.

A circle of radius 5units touches the coordinate axes in the first quadrant.If het circle makes one complete roll on x -a xi S along he positive direction of x -a xi s, find its equation in new position.

A circle of radius 5 units touches both the axes and lies in the first quadrant. If the circle makes one complete roll on x-axis along the positive direction of x-axis, then its equation in new position is:

A circle of radius 5 units touches co-ordinates axes the first quadrant. If the circle makes one complete roll on axis along the positive direction of x-axis along the positive direction of x-axis, find its equation in the new position.