The body falls from a certain height. What is the movement of the body in the absence of the force of air resistance?

If we do not take into account the force of air resistance Fresistance, then it turns out that the body falls only under the action of the force of gravity Fgravity. A constant acceleration g, equal to 9.8 m / s ^ 2, acts on the body and such a motion will be described by the formula:

S = g * t ^ 2/2.

Therefore, the correct answer is: in the absence of a force of air resistance, the body will move uniformly under the action of gravitational acceleration g, that is, the movement is uniformly accelerated.