No. "Temperature" means "how hot it is".
(The larger mass could have more or less heat energy in it, though.
Even if they're both at the same temperature.)
40 C is a hotter temperature.
Stars with larger masses have stronger gravity; this results in more pressure; which in turn makes the star hotter. As a result of the higher temperature, they will shine brighter, and burn their fuel much faster.
In terms of absolute magnitude, a larger hotter star will necessarily be more luminous than a smaller cooler star. However, if a smaller cooler star is much closer to us than a larger hotter star, it may appear to be brighter. None of this has anything to do with the HR diagram.
Divide the larger number by the smaller. If the result has no remainder (no decimal) then the smaller number is a factor of the larger.
The smaller number is a factor of the larger number, and the larger number is a multiple of the smaller.
You record the temperatures as decimal numbers and subtract the smaller from the larger.
Divide the smaller into the larger. If the quotient is an integer, the smaller is a factor of the larger.
It is smaller than some and larger than others.
the smaller side
Red giants are not hotter than white dwarfs. While red giants are much larger and burn more fuel, white dwarfs burn at a higher temperature.
In all temperature scales currently used, larger numbers represent higher temperatures (hotter).
Negative Numbers.