@@@@@@@ Njj
I would imagine it drops, because there is less gravity.
There is no air in the moons atmosphere so a parachute would not open.
No, the Moon has no atmosphere. The hot air does not have the colder air to be lighter than! Such a balloon would work on Mars or some moons of the larger planets which have some kind of an atmosphere.
It would sit there beached on the Sea of Tranquility, becalmed by the fact that there is neither air nor water on the Moon.
well you would suffocate cause theres no air on the moon...
I would imagine it drops, because there is less gravity.
The moon has no atmosphere. No air!
There is no air in the moons atmosphere so a parachute would not open.
No, the Moon has no atmosphere. The hot air does not have the colder air to be lighter than! Such a balloon would work on Mars or some moons of the larger planets which have some kind of an atmosphere.
the air would come out
It would sit there beached on the Sea of Tranquility, becalmed by the fact that there is neither air nor water on the Moon.
No air and no water on the Moon equals no thunderstorms.
well you would suffocate cause theres no air on the moon...
Nothing. There is no air to give it lift. It would fly as far as you could throw it before it settled on the surface.
As the moons gravity is comparatively weak the escape velocity from the moon is much lower. The speed of the gasses would exceed this velocity and therefore escape to space. There are of course other factors that effect these matters.
Parachutes work because the resistance of the atmosphere slows them down.The moon has no atmosphere to speak of, therefore it would not impede the progress of a parachute. it would simply fall like a brick..Because there is or no air on moon parachutes need air to work. in other words a parachute on the moon would fall as fast as a block of leadActually there is gravity on the moon, but there is no air to slow the parachute down, and so it wouldn't make any difference to the falling speed.Parachutes need an atmosphere to work by causing air drag. The moon haven't got enough atmosphere for that to happen.
Since they are both headed toward the center of the moon at the same rate of acceleration they should hit the moons surface at the same moment. No air resistance to speak of allows this.