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Utsav
Utsav
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In terms of air pressure, I think that the pressure inside the balloon should be equal to the air pressure outside so that it does not burst. So how will a helium-filled balloon behave on the moon in comparison to earth? because here, the balloon does not burst unless it has been hit with enough force to burst it. This means that the air pressure inside must be equal to air pressure outside? Will this change because of thethere is no pressure on the moon?

In terms of air pressure, I think that the pressure inside the balloon should be equal to the air pressure outside so that it does not burst. So how will a helium-filled balloon behave on the moon in comparison to earth? because here, the balloon does not burst unless it has been hit with enough force to burst it. This means that the air pressure inside must be equal to air pressure outside? Will this change because of the pressure on the moon?

In terms of air pressure, I think that the pressure inside the balloon should be equal to the air pressure outside so that it does not burst. So how will a helium-filled balloon behave on the moon in comparison to earth? because here, the balloon does not burst unless it has been hit with enough force to burst it. This means that the air pressure inside must be equal to air pressure outside? Will this change because there is no pressure on the moon?

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Utsav
Utsav
  • 201
  • 5
  • 12

What changes about a helium-filled balloon on the surface of the moon?

In terms of air pressure, I think that the pressure inside the balloon should be equal to the air pressure outside so that it does not burst. So how will a helium-filled balloon behave on the moon in comparison to earth? because here, the balloon does not burst unless it has been hit with enough force to burst it. This means that the air pressure inside must be equal to air pressure outside? Will this change because of the pressure on the moon?