Will bowling ball and a piece of paper fall at the same rate if dropped near the surface of the moon.?

yes, because gravitational acceleration is applyed equally to all objects, regardless of weight, and there is no air to account for to cause air resistance.Will bowling ball and a piece of paper fall at the same rate if dropped near the surface of the moon.?
Yes, because the moon has no atmosphere.





On earth, however, the paper might be likely to float on air and could travel more slowly due to the interference of the air mass.Will bowling ball and a piece of paper fall at the same rate if dropped near the surface of the moon.?
That would only be the case in a pure vaccuum, aka no air whatsoever. The moon has an atmosphere, thin though it may be. Thus, the paper would fall a bit slower.
Gravity works the same on the moon as it does here. Things happen slower, but the laws of physics still apply.


So, no, they will still fall at different rates, because they have different surface areas.