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Rafael Aiguzhinov
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I wonder, what object can be drown to the deepest water ? I mean, the object where gravity is a lot more bigger than force of Archimedes
Unfortunately your question didn't translate very well. Are you asking about how a sinking object is affected by stronger gravity as it sinks deeper? If so, I don't think the gravitational force increases with depth, since the gravitational attraction of the mass of the water above the sinking object decreases the net downward force on the object.I wonder, what object can be drown to the deepest water ? I mean, the object where gravity is a lot more bigger than force of Archimedes
I wonder, what object can be drown to the deepest water ? I mean, the object where gravity is a lot more bigger than force of Archimedes
You mean what? Please give much more detail about your question, or this thread will be closed as substandard.Yes, I meant this
If the density of the Earth were uniform and the same as water then the acceleration of gravity would indeed decrease linearly with depth. As you point out, this follows from Newton's spherical shell theorem: The mass of water above the object's depth "does not count" toward the attraction.Unfortunately your question didn't translate very well. Are you asking about how a sinking object is affected by stronger gravity as it sinks deeper? If so, I don't think the gravitational force increases with depth, since the gravitational attraction of the mass of the water above the sinking object decreases the net downward force on the object.
I wonder, what object can be drown to the deepest water ? I mean, the object where gravity is a lot more bigger than force of Archimedes