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Yes it is! Just like the sun. Its Corona is very hot.
some of the light is refracted,some of it is absorbed while the rest is scattered into the space
A neutron star
The layer of gases that covers a planet, star or moon is called the atmosphere.
The explosion of novae hardly disturb the white dwarf or its companion star. Mass transfer resumes and a new layer of fuel can accumulate so that the process can happen all over again. In a supernovae, its the death of a star. Its theory that the outer layers of a massive star produces the supernovae while the core collapses to form a neutron star or black hole.
Magnetosphere is the layer above the photospere.
A cepheid phase is when a star starts expand and contract and it loses its outer layers in the process.at least that's what i was told.
The photosphere is the outer part of the star that is visible, inside which the star becomes opaque to visible light. The photosphere is the layer below the star's atmosphere (the chromosphere, and so forth).
When aÊstar completes it's Red Giant phase they become White Dwarfs. The Red Giant phase of stars takes about a billion years.
A white dwarf.
white dwarf
white dwarf
white dwarf
A Red Giant
Yes it is! Just like the sun. Its Corona is very hot.
A low mass star begins as the helium fuses into carbon and the core collapses. The outer layer of the star are expelled and form a new planetary nebula. The core remains as a white dwarf and cooled to become a black dwarf.
The color of the light radiated by the spectra can show the internal composition as well as the gases burning on the outer layer. Red stars are colder and blue stars are hotter.