Answer:
0.3950m
Explanation:
Use conservation of angular momentum:
Let L be the angular momentum(a vector).
We know that:
and that the two masses have the same radius:

Hence, the weights are 0.3950m away .
Answer:
The two helicopters have the same kinetic energy, but a different GPE, or gravitational potential energy.
Explanation:
yes because your mass doesn't change but your weight can
ex- if you travel to Saturn your weight would change but your mass would stay the same
Ok so the formula is d=vi(t)+½at² and when you substitute it you should get 172.5meters
Answer:
If not because you know you just can't