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Since the phenomenon of Surface Tension acts on bubble and air is filled in it,

the bubble becomes lighter and hence rises up. Hence the gravitational pull is

less due to air. But gradually due to continuous action of water on the bubble,

it collapses. Hence in this case, the gravity pull becomes more than the previous case.

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Another contributor takes issue with ... well ... almost everything in the first answer.

I think the question is asking about the effect of living closer to the Earth's center,

rather than any effects of the bubble business.

The answer to that is: The gravitational force on an object becomes LESS as the

object descends below the Earth's surface. So, ignoring buoyancy and anything

else going on outside the bubble, you would weigh less on the ocean floor than

you do on the land surface. Over time, that would result in some weakening of

our whole muscular and skeletal system ... Either you use it, or you lose it.

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Q: Would the gravitational pull be higher if you lived in bubbles on the ocean floor and how might that effect us over time?
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