- #1
xWaldorf
- 11
- 0
So, this may be a really stupid question, and I strongly feel as though I'm missing something here.
How can it be that objects of different masses have the exact same acceleration when mass is in fact resistance to acceleration?
And then, if in (a vaccum) I throw upwards M and m ( a bigger and a smaller mass respectively) will m reach the ground first or will they still reach the ground simultaneously?
How can it be that objects of different masses have the exact same acceleration when mass is in fact resistance to acceleration?
And then, if in (a vaccum) I throw upwards M and m ( a bigger and a smaller mass respectively) will m reach the ground first or will they still reach the ground simultaneously?
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