Scrotal class='bold'>temperature reflects intratesticular class='bold'>temperature and is lowered by shaving.

As you could tell, Celsius, the whole scale came from using freezing as 0 of regular water at standard class='bold'>temperature and pressure and setting 100 to be class='bold'>class='bold'>boiling.

label the class='bold'>class='bold'>boiling and freezing points of water on each.

So solute particles make you have a lower class='bold'>class='bold'>boiling point.

And then what happens is, you heat this whole thing up to about class='bold'>class='bold'>boiling.

class='bold'>TemperatureSet here the color class='bold'>temperature in Kelvin.

So the background here is around about 50 class='bold'>degrees centiclass='bold'>class='bold'>grade.

It isn't dancing, because its body class='bold'>temperature is actually relatively low.

look at the class='bold'>temperature of the soil.

Note that the class='bold'>class='bold'>boiling point of 100.0 C is at a pressure of 0.101325 MPa (1 atm), which is the average atmospheric pressure.

In a bubble pump system, the closed HTF circuit is under reduced pressure, which causes the liquid to class='bold'>boil at low class='bold'>temperature as it is heated by the sun.

So high class='bold'>temperature they're moving around more, and low class='bold'>temperature they're moving around less.

And we learned in the last video that just pure water at 25 class='bold'>degrees Celsius, which is room class='bold'>temperature.

And so the intuition is is that this should lower the class='bold'>class='bold'>boiling point or make it oh, sorry,

The water is minus 1.7 class='bold'>degrees centiclass='bold'>class='bold'>grade, or 29 class='bold'>degrees Fahrenheit.

It will proceed at room class='bold'>temperature.

And this is air class='bold'>temperature.

Finally, empty space has a class='bold'>temperature.

How does one take the class='bold'>temperature of toast?

Usually, average annual class='bold'>temperature is around during the day and at night.

A cubic centimeter of it weighs 5.9 grams. it's a solid metal at room class='bold'>temperature, but it melts at a paltry 30 class='bold'>degrees Celcius, 85 class='bold'>degrees Fahrenheit.

Finally, surface class='bold'>temperature is used.

So, describe to the audience the class='bold'>temperature of your shirt. Go ahead.

But it's also used to assign a class='bold'>temperature range.

Volta's battery works at room class='bold'>temperature.

We'll look at ocean warming.

We huddled into that tent, 45 class='bold'>below that day, I'll never forget it.

If your body class='bold'>temperature rises, you start to sweat in order to cool down if your class='bold'>temperature falls, your muscles vibrate (shiver) to warm up.

The cloud has a class='bold'>temperature of about , about the same class='bold'>temperature as the surface of the Sun.

Kepler 40b has an equilibrium class='bold'>temperature of 1620 K, over six times class='bold'>hotter than the equilibrium class='bold'>temperature of Earth.

The highest recorded class='bold'>temperature was on 19 August 1946, and on 23 August 2008 (41.0) while the lowest recorded class='bold'>temperature was on 25 January 1942.

The Hall Heroult cell operates at high class='bold'>temperature, a class='bold'>temperature high enough that the aluminum metal product is liquid.

So I'm going to place this on a hot plate that is set to a class='bold'>temperature only slightly higher than ambient and you can see what happens.

It can be carried out either in a column or a plane.

Then finally it is cooled at room class='bold'>temperature.

(b) Atmospheric class='bold'>temperature radiative and energy fluxes

That's the definition. There was no class='bold'>temperature.

40 would be the coldest class='bold'>temperature, and 7 would be the warmest class='bold'>temperature.

So that's why it's considered standard class='bold'>temperature.

RG The class='bold'>temperature of the heat shield can reach 2,600 class='bold'>degrees Fahrenheit.

This thing heats up by about 15 class='bold'>degrees above ambient class='bold'>temperature amazing.

Mexico class='bold'>temperature has been, air class='bold'>temperature has been something between 15, up to 30 class='bold'>degrees C, and people enjoyed themselves.

Let's think about what might happen to the class='bold'>class='bold'>boiling point or the freezing point of any solution if we start adding particles, or we start adding solute to it.

Thermoregulation is the ability of an organism to keep its body class='bold'>temperature within certain boundaries, even when the surrounding class='bold'>temperature is very different.

Warms feet and hands nor does to more aspire