### 5 Answers

- Tom SLv 74 weeks agoFavorite Answer
Gravity and pressure are each different kinds of forces. Gravity does not exert pressure anymore than pressure exerts gravity. Pressure can come about as a product of gravity and objects with mass being "pressed" against each other. If you are asking how strong can gravity be, I am not sure if there is an upper limit, other than the gravity exerted by all the mass in the universe as a whole. The gravity inside supermassive black holes is certainly about as high as one will find in reality.

- ZirpLv 74 weeks ago
enough to compress protons and electrons into neutrons

Source(s): neutronstars- ...Show all comments
That is not correct, Goring. It’s called electron degeneracy pressure, and it is far, far higher in the iron cores of soon to be novas.

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- billrussell42Lv 74 weeks ago
pressure is force per area. So if the area is small, the pressure is high.

The highest pressure, due to gravity or whatever, is determined only by strength of materials.

Visualize a 10000 kg mass supported above a needle point. The point could have an area of 1 mm² (which is 1e-6 m²) (or much less), so the pressure is 10000•9.8/1e-6.

rounding that is 1e11 N/m² or 1e11 Pa or 100 GPa

now bump that mass up by a factor of 100, and you get 10000 GPa

Can a material handle that? perhaps diamond point onto a large diamond plate? dunno, but that is not the question.

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- Anonymous4 weeks ago
What makes us humans alive

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The amount of pressure gravity can exert depends on maximum degeneracy pressure, typically in neutron stars just as gravity overcomes the degeneracy pressure.