If anyone needs some tips, the area of a rectangle is length times width.
And the surface area of a sphere is (4/3)(pi)(radius squared), its the derivative of the volume with respect to the radius.
However for a pool table I am thinking the derivative of the volume should be taken with respect to time instead.
You've heard of Xeno's arrow. Well this is Justin's deformation. Its billiard riddle.
The main point to argue is what is the maximum effect of surface area contact on motion?
And the surface area of a sphere is (4/3)(pi)(radius squared), its the derivative of the volume with respect to the radius.
However for a pool table I am thinking the derivative of the volume should be taken with respect to time instead.
You've heard of Xeno's arrow. Well this is Justin's deformation. Its billiard riddle.
The main point to argue is what is the maximum effect of surface area contact on motion?