Hot stars are more massive than cooler stars and thus use up their available fuel much more quickly.
The larger the star, on the main sequence, the more pressure is put on the core, this increases the temperature, so the star uses up it's supply of hydrogen more quickly.
The hotter a star is, the faster it will use it's supply of hydrogen up.
Whatever it is wrapped in slows the loss of heat. It acts as an insulator.
when something cools more slowly the crystals are larger. Therefore it is harder and less easy to break. Slowly grown crystals also are less prone to defects in their structure.
The more oxygen there was the more it evolve.
Warm air molecules are fast moving and therefore less dense than cold air molecules. Since cold air is more dense (more slowly moving) it sinks.
more slowly
Hot stars are more massive than cooler stars and thus use up their available fuel much more quickly.
Early neutron stars are white because they are very hot. New neutron stars will have a surface temperature of around 1011 to 1012 degrees kelvin and will cool to around 1,000,000 degrees kelvin after a few years. Over time it will slowly cool even more.
Yes
yes
Because it has more thermal capacity.
it grows by getting more states and adding stars
No. But that'd be cool if it did although it'd be hard making it any more epic.
High IQ of 6 or more stars.
The ocean has a higher heat capacity.
They cool and heat more slowly than the land around them
They cool and heat more slowly than the land around them.
the ocean has a higher heat capacity