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Isothermal layer
Charles' Law: V1/T1 = V2/T2 The number of moles and the pressure are constant.
It takes a certain energy to convert water to steam. Any additional energy you supply to the water, as heat, will be taken away by water converting to steam. The maximum temperature of a liquid is its boiling point so water shows constant maximum temperature 100o Celsius (if it is pure).
Because to perform the change of state from the saturated liquid to saturated vapor ( at constant presure ) you have to add heat in the amount of the substance's evaporation latent heat Qev . At constant pressure, temperature will stay fixed at its saturation temperature and the increase in entropy will be (delta S)ev = Qev/Tsat where (delta S)ev is the entropy increment. Tsat is the saturation absolute temperature of the substance. And so the saturated vapor entropy is (delta S)ev larger than the saturated liquid entropy.
Equatorial Climate, which occurs along the equator. Temperatures stay in the range 27-28C. The Annual Range of Temperature is 1-3C. e.g. Singapore.
Our bodies stay at a constant temperature on a hot day because excess heat is carried from our bodies through sweat. As sweat evaporates, it carries away the heat.
yes
Isothermal layer
Moderate Heat is when the engine keeps a stable temperature. The temperature gauge is supposed to stay at a moderate heat when performing normally.
Temperature fluctuation is where the temperature does not stay at a constant rate. It will keep getting colder or warmer and not cease to a certain degree.
It is a mammal, therefore warm-blooded. Meaning, it will stay at a constant temperature
The amount of gas and its temperature.
Charles' Law: V1/T1 = V2/T2 The number of moles and the pressure are constant.
When there is a change of state occuring (in this case from solid to liquid), temperature will remain constant. Energy is absorbed to weaken the intermolecular forces between the wax particles.
Room temperature is good.
It is a mammal, therefore warm-blooded. Meaning, it will stay at a constant temperature
Short answer: Both are natural reactions to keep your core temperature constant and your vital organs functioning properly TLDR: The body uses your extremities to control the temperature in your vital organs. Your body, when cold, will conserve heat by restricting the blood vessels in your fingers/hands and toes/feet so that the blood doesn't flow through them losing precious heat. This allows the core temperature to stay constant while the extremities are sacrificed, sometimes literally! In the summer, the vital organs need to stay cool, so the capillaries and such open up, or dialate, and cause heat to be radiated out by the body.