What is the terminal velocity of a 1 pound steel ball falling towards the moon?

Answer 1

Because there's no atmosphere, there would be nothing to slow it down. Therefore, the fastest a 1 pound object of any sort could achieve starting from rest would be the entire gravitational energy of the Moon acting on that object from inifinity, converted to kinectic energy, and solved for velocity.

That's all I'm going to give you. Have fun with your homework. :)

Answer 2

out of your extra information I presume you're relating the reality that the moon would be attracted in the direction of the bowling ball extra desirable than the feather and so the feather could have extra to fall than the ball. that isn't genuine. The feather and the ball are the two being held via astronauts status on the exterior and if the moon strikes then they flow with it. whether this weren't the case the version in time could be fractions of a nanosecond. on mirrored photograph, after the products are released there will be a small distinction. Fractions of a fragment of a nanosecond. The photonic tension from photograph voltaic on between the products could make a an prolonged way bigger distinction. fool that i'm i desperate to do the calculations in elementary terms to discover that Joe had crushed me to it. a minimum of we've been given an identical answer :)

Answer 3

In theory there is no terminal velocity it just keeps on accelerating.

Answer 4

if there is not an atmosphere to slow it down and reach an ewuilibrium it will be the one before it hits the ground

(no friction due to air molecules )

Answer 5

really, really fast

i'm gonna guess 750 mph