The main star of the Polaris system is yellow and has a surface temperature of 6015 K.
Polaris is a red giant star.
The surface temperature of the main star of the Polaris system is 6015 K.
Polaris is a multiple star system; each of the stars that make it up has its own surface temperature. For more details, I suggest you take a look at the Wikipedia article on "Polaris".
Vega, a blue-white main-sequence star, has a color temperature of about 9,600 K and appears bright with an apparent magnitude of around 0.03. Polaris, the North Star, is a yellow supergiant with a color temperature of about 6,000 K, and its apparent magnitude is approximately 1.98. Arcturus, an orange giant star, has a lower color temperature of about 4,300 K and shines brightly with an apparent magnitude of about -0.05. Together, these stars represent a range of colors and brightness within our night sky.
It is yellow.
The surface temperature of the main star of the Polaris system is 6015 K.
B-V pwned
Arcturus is orange in color, and has a mass of 2.188E30 kg. Vega has an apparent magnitude of 0.03, a white color, and the size is unknown. Comments. That answer does not fully answer the question. For example there's nothing about Polaris.
Polaris is a multiple star system - comprising of at least 5 stars. The main star, Alpha Ursae Minoris has a temperature of about 7,200oK
The main star in the Polaris system, Polaris Aa, is a yellow super-giant, with a radius which is 46 +/- 3 times that of the sun. Its apparent magnitude is 1.98 but it is a Cepheid variable.
The North Star (Polaris) is the brightest star in the constellation Ursa Minor and the 45th brightest star in the night sky. Its temperature is 6015 K.
The star that is hotter but less luminous than Polaris is Sirius B. While Sirius B has a surface temperature of around 25,000 K, significantly hotter than Polaris's approximately 6,000 K, it is a white dwarf and has much lower luminosity. Polaris, a supergiant star, shines brightly despite its cooler temperature due to its large size. Thus, Sirius B exemplifies the relationship between temperature and luminosity in stars.