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Helios
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I'm looking for an radial equation to find the pressure or density of the interior of a moon or rock planet. It would involve Young's modulus or Poisson's ratio or something like. Any help?
Helios said:There are books on geophysics? Really? Your reply is kind of a downer. I've solved hydrostatic eq'ns for spheres and I'm looking for a next thing to do.
The "Equation for Solid Planet Structure" is a mathematical formula used to describe the internal structure of a planet, including its composition, density, and pressure. It is based on our current understanding of planetary formation and geology.
The "Equation for Solid Planet Structure" is derived from a combination of theoretical models and observational data. Scientists use data from the Earth and other planets in our solar system to refine and improve the equation.
The "Equation for Solid Planet Structure" takes into account factors such as the planet's mass, radius, temperature, and composition. These factors can vary greatly between different planets, resulting in different structures.
No, the "Equation for Solid Planet Structure" is primarily designed for rocky planets like Earth. Gas giants and other types of planets have different compositions and structures, so the equation may not accurately describe them.
The "Equation for Solid Planet Structure" is important because it helps us understand the internal workings of planets, including the formation and evolution of their structures. It also allows us to make predictions about other planets based on their known characteristics.