It is the temperature range at which the cells that make up the body work the most efficiently. Any lower and they can't support the functions necessary to keep the body alive. Any higher and they begin to "cook".
Because of homeostasis and negative feedback. if bodies become too hot or too cold the body is unable to function correctly. For example if various enzymes(the catlysts for chemical reactions in the body) are too hot they cease to function in the body. so the body works to maintain a temperature that it can function correctly at and therefore continue running effectively.
All between -40C to +35C, roughly. (Between -40F and 100F)
100F
100F ! -100C is one hundred degrees below zero, while 100F is +37.77C
100F/38C Should not exceed 100F/38C
100ºF = 37.78ºC
The gravitational force between two bodies is inversely proportional to the square of the distance between them. Therefore, if the distance is reduced to 0.1 meter (1/10 of the original distance), the gravitational force will increase by a factor of 100 (10^2). This means the gravitational force will be 100 times stronger when the bodies are brought 0.1 meter apart.
100$
1$
yes.
It is about $100,000,000 in 100f
Possibly: 100f
100f