The temperature in the core of a star depends, to a great extent, on:* The star's mass. The general tendency is that high-mass stars are hotter.
* Where the star is in its life cycle. The star's core temperature will vary over time.
On the other hand, the star's surface temperature also depends on its size. Thus, it is possible that PRECISELY because a star is hotter in the core, it gets bigger, and the surface temperature DECREASES (though its total energy output increases).
Draco, the constellation, does not have a specific surface temperature, as it is made up of multiple stars, each with its own temperature. For example, one of its notable stars, Thuban, has a surface temperature of about 6,000 Kelvin, while another, Eltanin, has a temperature around 4,900 Kelvin. The temperatures of stars in Draco vary widely, reflecting their different types and stages of evolution.
Yes! Some stars are supergiants, which means that they are high-mass stars. They explode in a supernova towards the end of their life. These stars are generally brighter than others. A star's brightness also depends on its temperature. Red stars are the coolest temperature, followed by orange, yellow, white and blue stars.
In a row means one after another on the same line. So "stars in a row" mean there are stars one after another all on the same line.
Phoenix is a constellation, not a single star. The constellation contains a very large number of stars and other cosmic objects which have no astrophysical relationship with one another. It is simply that they are located in such a direction, and are so far away, that they appear to move together. The different objects vary enormously in their colour and surface temperatures.
Actually the typical distances between stars vary a lot. Inside a globular cluster, you can have a million stars or so, which are much closer together than in our region.If you ask "Why are they distant from one another in our region of the galaxy", I would say that that can POSSIBLY be answered by the anthropic principle: if stars are much closer together, the conditions MIGHT be catastrophic, and make it difficult for life to survive.
Two stars orbiting one another are in a Binary System
Beta Capricorni (Dabih) is a star system in the constellation Capricornus.Because it is a star system and contains more than one star a temperature is not possible because it contains different types of stars.
Principally by size. Larger stars are hotter and brighter. Next by age. As stars get older, they begin to run out of hydrogen fuel, start using helium and swell to red giants. Lastly by composition. Stars that formed earlier tend to have less carbon, oxgyen and "metals" in them.
Stars differ from one another in their mass, in their age, in their chemical composition (mix of elements/isotopes), temperature, color, density (especially in density there are HUGE variations), and probably a few other things more.
One of two groups of stars on the Hertzsprung -Russell diagram that have a different set of properties than the main sequence stars; bright, low-temperature giant stars that are enormously bright for their temperature.
One of two groups of stars on the Hertzsprung -Russell diagram that have a different set of properties than the main sequence stars; bright, low-temperature giant stars that are enormously bright for their temperature.
One way to tell months, generally, is by the season your location is experiencing, from temperature, sunlight, etc. Another way is from knowledge of the moon and the stars.