Originally Posted by

**billyymc**
wph probably knows way more about physics than I do but - I believe a heavier object traveling at the same speed as a lighter object has greater momentum. Assuming there were no difference in drag or wind resistance (probably a bad assumption), the heavier object would decelerate more slowly than the lighter object.

wph - agree or no? I know there is a lot more complexity that could be brought into it, but that's as much as I remember from high school physics long ago.

I agree, assuming both are the same size and shape but different weights. Off hand, and I could be mis-remembering from applying the equations, but I keep it simple:

Acceleration is (Weight - Drag)/mass, from the force equation. weight is Mass * g.

So a = g - Drag/Mass. That's simple enough for me, the greater the weight the faster you accelerate (down). When the velocity is high enough that weight equals drag, you have terminal velocity, which is also higher for the heavier one.