This would be the range of stars of a size range that maintains enough mass to bring a condensing contraction of the cooling star as it's nuclear fuel passes through the light elements until the fusion (sticking together as opposed to fission or splitting apart) is halted at the progression up the elemental chart at Fe or Iron and less energy is produced over a wider area as the Iron heart of the star builds providing less heat to keep the star expanded against its own mass... small stars with little mass tend to become brown dwarfs. Cinders almost. Stars with a bit more extra mass will fall in on themselves gaviticaly as their energy is expended until stopped by the physical forces that bind electrons (white dwarfs) and atomic nuclei (neutron stars) with the largest masses that don't go super nova massive are greater even than the electromagnetic forces binding atoms and the collapse is to a mathmatical singularity the famous black hole... but this picture is far to simple... for example the super massive black holes that seem to be associated with most galactic centers and there are timescale issues with large scale formations (apparent) but that's the idea in a nutshell
A Black Hole
Because the gravitational force is insufficient. There is not enough mass in either body to cause collapse.
No. Gravitational force is the pull an object experience from gravity. Gravitational energy is the energy an object has from its position in a gravitational field. An object moving up in a gravitational field gains gravitational energy.
Gravitational energy Potential energy
Gravitational mass is a term used in physics. The definition of gravitational mass is the mass of a body as measured by its gravitational attraction for other bodies.
Collapsed is the past participle of collapse.
a strong gravitational force which means that the star will collapse in on itself
Gravitational instability theory
Because the gravitational force is insufficient. There is not enough mass in either body to cause collapse.
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Gravitational collapse of a protostellar nebula.
Usually, gravitational collapse of the protostar is stopped after hydrogen fusion starts in the center. Then gravitational forces and radiation pressure are in equilibrium.
Black holes are the result of the gravitational collapse of a large star.
Several factors can cause pyroclastic flows. Fountain collapse of a volcano's eruption column structure, and gravitational collapse may cause pyroclastic flows.
By the gravitational collapse of massive stars - once they stop producing energy.
The solar system formed from the gravitational collapse of a cloud of interstellar gas.
Stars form when there is a sufficient concentration of interstellar gas, to begin the process of gravitational collapse into a star.
It is believed that they usually start from the gravitational collapse of a massive star - once it runs out of fuel.