A star is formed when the gravitational attraction overcomes the pressure due to the gases inside.Thus we can write(in-picture) .... Assuming the ideal gas equation, we can write P = nkT, where n is the number of atoms/volume. Let M and m denote the total mass and the mass of each gas atom. Using the above equation, show that the condition for star formation is that the mass of the star obeys M > MJ, where : (in-picture) A star is formed when the gravitational attraction overcomes the pressure due to the gases inside.Thus we can write4T R²P <GM²R²Assuming the ideal gas equation, we can write P = nkT, where n is the number of atoms/volume. Let M andm denote the total mass and the mass of each gas atom. Using the above equation, show that the condition forstar formation is that the mass of the star obeys M > Mj, where3/2MJ =92√kGm4/3n

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Answered: A star is formed when the gravitational…

Horizons: Exploring the Universe (MindTap Course List)

14th Edition

ISBN:9781305960961

Author:Michael A. Seeds, Dana Backman

Publisher:Michael A. Seeds, Dana Backman

Chapter11: Neutron Stars And Black Holes

Section: Chapter Questions

Problem 1P

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A star is formed when the gravitational attraction overcomes the pressure due to the gases inside.
Thus we can write(in-picture) .... Assuming the ideal gas equation, we can write P = nkT, where n is the number of atoms/volume. Let M and m denote the total mass and the mass of each gas atom. Using the above equation, show that the condition for star formation is that the mass of the star obeys M > MJ, where : (in-picture)

A star is formed when the gravitational attraction overcomes the pressure due to the gases inside.
Thus we can write
4T R²P <
GM²
R²
Assuming the ideal gas equation, we can write P = nkT, where n is the number of atoms/volume. Let M and
m denote the total mass and the mass of each gas atom. Using the above equation, show that the condition for
star formation is that the mass of the star obeys M > Mj, where
3/2
MJ =
9
2√
k
Gm4/3
n

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