Moving Mass causes Different Space Time Gravity

Figure I

If the spin of earth causes an apple has higher kinetic energy than gravity force (figure I), is the apple will be 'boink-boink' like figure II?

Figure II

In learning Newtonian, we usually describe the distance between mass in the frame of reference that ignore the time-space reference. The distance of two masses in figure A will have no difference with the distance in figure 1.

Figure A

Figure 1

But, when gravity is involved, the actual path of gravity force is longer as shown in figure 2.

Figure B


Figure 2

This longer distance in figure 2 is because function of space-time curvature is considered. But in figure A, space-time function is ignored.