A 'nova'.
The temperature of an expanding star can vary depending on its size and stage of evolution. Generally, as a star expands, its surface temperature decreases due to the increased surface area over which the energy is distributed. However, the core temperature of the star can increase as it undergoes fusion reactions.
The lesser anthropic principle. Expanding on that a bit: if the Sun were NOT a main sequence star, we wouldn't be around to be asking the question.
Arranged or shaped like a star
Giant and supergiant stars expand as a result of changes in their internal fusion processes. When a star exhausts the hydrogen in its core, it begins to fuse heavier elements, causing an increase in energy production and pressure. This outward pressure overcomes the gravitational pull, leading to the star's outer layers expanding significantly. Additionally, the loss of thermal equilibrium during these stages contributes to the star's swelling.
A pulsating star will appear to increase in size and brightness as it expands and contracts rhythmically. This pulsation can cause the star to vary in luminosity over time, creating a characteristic pulsating pattern in its light output.
explaining a methods of a formal definition?
Expanding due to heat.
Energy is absorbed in expanding and lifting the gas.
The definition of star connection is a connection of the ends of phase windings at the star point.
There is no legal definition for pole star.There is no legal definition for pole star.There is no legal definition for pole star.There is no legal definition for pole star.
Expansionism is a nation's policy of expanding its territorial or economic boundaries.
By definition it's a hard, non-expanding wound.
A star that has a blue color!
the definition of a star is hot ball of gas, so it is a star.
It's a Wrap - 2012 Expanding the Star Wars Universe 2-6 was released on: USA: 25 January 2013
The temperature of an expanding star can vary depending on its size and stage of evolution. Generally, as a star expands, its surface temperature decreases due to the increased surface area over which the energy is distributed. However, the core temperature of the star can increase as it undergoes fusion reactions.
It wouldn't be good