Assuming you mean a "main sequence" yellow star, it's a white dwarf star.
In the end that fades to a black dwarf.
Yes, a white dwarf is the final stage of a low to medium mass star, which includes yellow stars like our Sun. During this stage, the star collapses and sheds its outer layers, leaving behind a dense, hot core that eventually cools and fades over billions of years.
white dwarf
In fact, the sun is not massive. It is an average, yellow star. When the sun goes into its next stage, it becomes a red giant. This could consume the whole solar system. Then, when it burns out, the gases escape into space, and it becomes a little tiny star called a white dwarf. Eventually it will burn out, and that's how the sun's lifecycle works.
Helium is converted into carbon during the final stage of fusion in a star called a red giant. This process occurs when helium fusion in the core of the star gives rise to carbon as the result of nuclear reactions.
Yes, a yellow giant is a type of star. Specifically, it refers to a star that has evolved off the main sequence and is in a later stage of its life cycle, typically classified as a G-type star. Yellow giants are characterized by their larger size and increased luminosity compared to main-sequence stars of the same temperature. Examples of yellow giant stars include Pollux and Aldebaran.
Assuming you mean a "main sequence" yellow star, it's a white dwarf star. In the end that fades to a black dwarf.
Yes, a white dwarf is the final stage of a low to medium mass star, which includes yellow stars like our Sun. During this stage, the star collapses and sheds its outer layers, leaving behind a dense, hot core that eventually cools and fades over billions of years.
False. The sun is a yellow main sequence star.
white dwarf
For a star like ours, the black dwarf stage For an immensely massive star, a back hole.
For a star like ours, the black dwarf stage For an immensely massive star, a back hole.
A white dwarf is a star that is dying and is in its final evolutionary stage.
In fact, the sun is not massive. It is an average, yellow star. When the sun goes into its next stage, it becomes a red giant. This could consume the whole solar system. Then, when it burns out, the gases escape into space, and it becomes a little tiny star called a white dwarf. Eventually it will burn out, and that's how the sun's lifecycle works.
Yes, the color of a star is determined by its temperature, with blue stars being hotter than yellow stars. The size of a star is determined by its mass, age, and stage of life, so a yellow star can potentially be bigger than a blue star depending on these factors.
White Dwarf then Black Dwarf=Dead Star
Helium is converted into carbon during the final stage of fusion in a star called a red giant. This process occurs when helium fusion in the core of the star gives rise to carbon as the result of nuclear reactions.
Yes, a yellow giant is a type of star. Specifically, it refers to a star that has evolved off the main sequence and is in a later stage of its life cycle, typically classified as a G-type star. Yellow giants are characterized by their larger size and increased luminosity compared to main-sequence stars of the same temperature. Examples of yellow giant stars include Pollux and Aldebaran.