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

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

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

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.

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

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

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

Your body, for example, class='bold'>class='bold'>maintains a cclass='bold'>onstant class='bold'>temperature of approximately 37 class='bold'>degrees Celsius.

The fundamental interest of this kind of polymerizaticlass='bold'>on mineral obtained at room class='bold'>temperature is to class='bold'>preserve organic molecules or microorganisms that wishes to fit.

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.

They spend their time lobbying to make sure the planet heats up as fast it possibly can.

And she's making weather class='bold'>on her body's scale.

You can melt this simply using hot water and then when it melts it's able to class='bold'>class='bold'>maintain class='bold'>one cclass='bold'>onstant class='bold'>temperature for four to six hours at a time, after which you simply reheat the pouch.

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

They operate at very high class='bold'>temperatures, typically between 500 and 1,000 C.

class='bold'>Temperature, what we perceive as class='bold'>temperature, is really just the moticlass='bold'>on of the molecules of something.

class='bold'>On that grid, I can then weave the high tide readings, water class='bold'>temperature, air class='bold'>temperature and Moclass='bold'>on phases.

We need to class='bold'>class='bold'>maintain an optimum class='bold'>temperature for the growth.

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.

We'll look at ocean warming.

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

This endeavor relies class='bold'>on generators to class='bold'>class='bold'>maintain class='bold'>temperatures stable at 25 class='bold'>degrees and the humidity in the air at 80 .

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, class='bold'>over six times class='bold'>hotter than the equilibrium class='bold'>temperature of Earth.

Burning fossil fuels is having a measurable impact class='bold'>on the earth s class='bold'>temperature.

And it happens when it's been exposed to light and oxygen in room class='bold'>temperature. Almost instantaneously!

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

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 definiticlass='bold'>on. 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 cclass='bold'>onsidered standard class='bold'>temperature.