A white dwarf star starts out like a our sun and turns into a white dwarf at the end of the stars life cycle. They have used up all their nuclear energy. At the end of this nuclear burning stage the star expels most to all of its outer materials. This creates what is known as a planetary nebula. The hot core is the only part of the star that remains. Temperatures of the core can and will exceed 100,000 Celsius becoming a very hot white. From this point the star starts to cool down, but that takes a billion years or more.
the nebula stage in a stars life cycle lasts for 25,000 years before turning into a white dwarf and then into a black dwarf.
It's the energy source for all stars (until their fuel is used up - white dwarf stage).
Most likely it will become a white dwarf.
white dwarf. unless you count black dwarf of which none have been observed, only theorized.
White dwarf. High mass stars become neutron stars or black holes.
No in the life cycle of a star, a white dwarf can cool and become a black dwarf
white dwarf
Stars with a low to medium mass will become white dwarfs. Massive stars will become neutron stars or black holes.
the nebula stage in a stars life cycle lasts for 25,000 years before turning into a white dwarf and then into a black dwarf.
A star's life cycle starts from a nebula. For giant stars, the star turns into a huge star to a super red giant to a supernova to a black hole. A sun-like star turns to a red giant, then a planetary nebula, a white dwarf, and then a black dwarf.
White Dwarf then Black Dwarf=Dead Star
It's the energy source for all stars (until their fuel is used up - white dwarf stage).
protostar, main sequence, giant, nebula, white dwarf & black dwarf.
The life cycle of all stars is pretty similar from birth to late in their life - that's when the rest of their life cycle can vary dramatically. Small and medium-sized stars tend to be the longest-lived stars (our Sun is a typical example), and they end their life by expanding, cooling, and then blowing off their outer shell while their nucleus collapses to a "White Dwarf".
It will collapse and become a white dwarf
the answer is white dwarf
It will collapse and become a white dwarf.