No. While the largest stars on the main sequence are the hottest, the largest stars of all are supergiants, which are not on the main sequence. Supergiants are dying stars that have expanded and cooled.
giants star or super giants are very hot, at least hotter than our sun. that's y it can be seen from lightyears away. by the light it gives off. or energy
Yes, because giants have more mass, that means that more heat will come from it unlike dwarf star they have less mass so it would be cooler.
well there is no giant i think you mean a red giant that is bigger than any kind of star and sun will be a red giant soon in the next 500 billion years
No. White dwarfs are much smaller than red dwarfs.
All stars are very hot. Even the comparatively "cool" ones have temperatures of thousands of degrees.
Red stars are cooler than stars of other colors but are still quite hot, which is why the glow red.
Blue and white stars are the hottest.
The color of a star depends on its surface temperature. But hot stars are blue, and medium-hot stars are white, and cool stars are red.
Because there not that hot
Hot.
Hot.
No. All stars are hot. For stars on the main sequence, the largest it is, the hotter it is. When a star leaves the main sequence to become a giant or supergiant it will cool down, but will remain hot enough to glow brightly.
hot, bright stars
cool
All stars are very hot. Even the comparatively "cool" ones have temperatures of thousands of degrees.
It's a Giant
Red stars are cooler than stars of other colors but are still quite hot, which is why the glow red.
Blue and white stars are the hottest.
The color of a star depends on its surface temperature. But hot stars are blue, and medium-hot stars are white, and cool stars are red.
Blue stars are hot. Red stars are cool.
yes