Scrotal class='bold'>temperclass='bold'>ature reflects class='bold'>intrclass='bold'>atesticular class='bold'>temperclass='bold'>ature and is lowered by shavclass='bold'>ing.

class='bold'>Temperclass='bold'>atureSet here the color class='bold'>temperclass='bold'>ature class='bold'>in Kelvclass='bold'>in.

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

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

We'll look class='bold'>at ocean warmclass='bold'>ing.

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

It isn't dancclass='bold'>ing, because its body class='bold'>temperclass='bold'>ature is actually relclass='bold'>atively low.

look class='bold'>at the class='bold'>temperclass='bold'>ature of the soil.

Usually, average annual class='bold'>temperclass='bold'>ature is around durclass='bold'>ing the day and class='bold'>at night.

So high class='bold'>temperclass='bold'>ature they're movclass='bold'>ing around more, and low class='bold'>temperclass='bold'>ature they're movclass='bold'>ing around less.

And we learned class='bold'>in the last video thclass='bold'>at just pure wclass='bold'>ater class='bold'>at 25 class='bold'>degrees Celsius, which is room class='bold'>temperclass='bold'>ature.

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

The wclass='bold'>ater is mclass='bold'>inus 1.7 class='bold'>degrees centiclass='bold'>class='bold'>grade, or 29 class='bold'>degrees Fahrenheit.

It can be carried out either class='bold'>in a column or a plane.

It will proceed class='bold'>at room class='bold'>temperclass='bold'>ature.

And this is air class='bold'>temperclass='bold'>ature.

Fclass='bold'>inally, empty space has a class='bold'>temperclass='bold'>ature.

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

The Hall Heroult cell operclass='bold'>ates class='bold'>at high class='bold'>temperclass='bold'>ature, a class='bold'>temperclass='bold'>ature high enough thclass='bold'>at the alumclass='bold'>inum metal product is liquid.

Mexico class='bold'>temperclass='bold'>ature has been, air class='bold'>temperclass='bold'>ature has been somethclass='bold'>ing between 15, up to 30 class='bold'>degrees C, and people enjoyed themselves.

Almost all vaccclass='bold'>ines need to be kept class='bold'>at refrigerclass='bold'>ator class='bold'>temperclass='bold'>atures.

Fclass='bold'>inally, surface class='bold'>temperclass='bold'>ature is used.

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

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

Volta's bclass='bold'>attery works class='bold'>at room class='bold'>temperclass='bold'>ature.

If your body class='bold'>temperclass='bold'>ature rises, you start to sweclass='bold'>at class='bold'>in order to cool down if your class='bold'>temperclass='bold'>ature falls, your muscles vibrclass='bold'>ate (shiver) to warm up.

class='bold'>In Iraq, the place functioned class='bold'>at class='bold'>temperclass='bold'>atures above 40 class='bold'>degrees.

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

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

Wclass='bold'>ater has a viscosity of 1.0019 cP class='bold'>at about room class='bold'>temperclass='bold'>ature.

class='bold'>At too low class='bold'>temperclass='bold'>ature, most LC mclass='bold'>aterials will form a conventional crystal.

I mean, just to put it class='bold'>in perspective, 27 class='bold'>degrees is the class='bold'>temperclass='bold'>ature of a normal class='bold'>indoor swimmclass='bold'>ing pool.

So I'm goclass='bold'>ing to place this on a hot plclass='bold'>ate thclass='bold'>at is set to a class='bold'>temperclass='bold'>ature only slightly higher than ambient and you can see whclass='bold'>at happens.

Then fclass='bold'>inally it is cooled class='bold'>at room class='bold'>temperclass='bold'>ature.

(b) class='bold'>Atmospheric class='bold'>temperclass='bold'>ature radiclass='bold'>ative and energy fluxes

Thclass='bold'>at's the defclass='bold'>inition. There was no class='bold'>temperclass='bold'>ature.

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

So thclass='bold'>at's why it's considered standard class='bold'>temperclass='bold'>ature.

RG The class='bold'>temperclass='bold'>ature of the heclass='bold'>at shield can reach 2,600 class='bold'>degrees Fahrenheit.

Mexico class='bold'>temperclass='bold'>ature has been, air class='bold'>temperclass='bold'>ature has been somethclass='bold'>ing between 15, up to 30 class='bold'>degrees C, and people enjoyed themselves.

class='bold'>In the past hundred years, the class='bold'>temperclass='bold'>ature of the Earth has gone up 1.3 class='bold'>degrees Fahrenheit, .75 class='bold'>degrees Celsius, and it's goclass='bold'>ing to keep goclass='bold'>ing up because we keep dumpclass='bold'>ing fossil fuels class='bold'>into the class='bold'>atmosphere.

This thclass='bold'>ing heclass='bold'>ats up by about 15 class='bold'>degrees above ambient class='bold'>temperclass='bold'>ature amazclass='bold'>ing.

You know, we've warmed the globe about a class='bold'>degree Centiclass='bold'>class='bold'>grade class='bold'>in the last century, and there's nothclass='bold'>ing class='bold'>in the nclass='bold'>atural part of thclass='bold'>at record thclass='bold'>at resembles whclass='bold'>at we've seen class='bold'>in the last century.

This will typically class='bold'>involve the requirement to operclass='bold'>ate class='bold'>in class='bold'>temperclass='bold'>ature ranges from Hot Dry (Storage class='bold'>Temperclass='bold'>ature 71 C and Operclass='bold'>ational class='bold'>temperclass='bold'>ature without solar loadclass='bold'>ing of 49 C), down to Cold (Storage class='bold'>Temperclass='bold'>ature 46 C and Operclass='bold'>atclass='bold'>ing class='bold'>temperclass='bold'>ature 46 C.

Acanthite is the only stable form class='bold'>in normal air class='bold'>temperclass='bold'>ature.