Physics, asked by manjima013, 15 days ago

Consider a planet of radius 5000km, which is entirely in the liquid state and has a uniform density of 5gm/cm3. The planet is in equilibrium under the action of gravitational forces and hydrostatic pressure. What is the pressure at the centre?

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Answered by chauhanreetu673

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Consider a planet of radius 5000km, which is entirely in the liquid state and has a uniform density of 5gm/cm3. The planet is in equilibrium under the action of gravitational forces and hydrostatic pressure. What is the pressure at the centre?​

Answers

Consider a planet of radius 5000km, which is entirely in the liquid state and has a uniform density of 5gm/cm3. The planet is in equilibrium under the action of gravitational forces and hydrostatic pressure. What is the pressure at the centre?