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

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

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

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

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

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

We're assumclass='bold'>ing thclass='bold'>at we're class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature, or 298 class='bold'>degrees Kelvclass='bold'>in.

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

They can be stored 3 to 4 months class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature.

Valproic acid is a carboxylic acid, a clear liquid class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature.

When eka alumclass='bold'>inum is isolclass='bold'>ated, you'll see it's a solid metal class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature.

It is liquid class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature, easy to transport and usable class='bold'>in small engclass='bold'>ines.

So the standard entropy of methane class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature is equal to this number right here.

You know, once he juiced it and put it class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature, it was all gone.

The furnace is taken down and I'm begclass='bold'>innclass='bold'>ing to set up for class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature readclass='bold'>ings.

Here's how to do it class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature and pressure, usclass='bold'>ing non toxic mclass='bold'>aterials.

Here's how to do it class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature and pressure, usclass='bold'>ing nontoxic mclass='bold'>aterials.

class='bold'>In one study, dclass='bold'>ata retention was observed even class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature.

To get an idea of how many molecules thclass='bold'>at is, if each of those molecules were a graclass='bold'>in of sand, then you'd be dead, because your

So class='bold'>at about 1 a.m., the whole class='bold'>class='bold'>room would be like 20 class='bold'>below zero, and I'd get up.

Thclass='bold'>at is, an element class='bold'>in its standard stclass='bold'>ate has a nonzero value of S class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature.

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

Turn off the heclass='bold'>at immediclass='bold'>ately and allow the wclass='bold'>ater to cool to class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature before removclass='bold'>ing the seeds.

It's sustaclass='bold'>inable it's a sustaclass='bold'>inable mclass='bold'>aterial thclass='bold'>at is processed all class='bold'>in wclass='bold'>ater and class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature and is biodegradable with a clock, so you can wclass='bold'>atch it dissolve class='bold'>instantaneously class='bold'>in a glass of wclass='bold'>ater or have it stable for years.

Whclass='bold'>at is unique about copper is its long mean free pclass='bold'>ath (approximclass='bold'>ately 100 class='bold'>atomic spacclass='bold'>ings class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature).

class='bold'>class='bold'>Room class='bold'>temperclass='bold'>ature mixtures with oxygen could not be detonclass='bold'>ated by an electric spark until they contaclass='bold'>ined class='bold'>at least 23.5 Cl2O.

If there is any doubt class='bold'>at all about the length of time the food has been defrosted class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature, it should be thrown out.

Imagclass='bold'>ine beclass='bold'>ing able to make ceramics class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature by simply dippclass='bold'>ing somethclass='bold'>ing class='bold'>into a liquid,

It probably gets about class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature.

class='bold'>At standard class='bold'>temperclass='bold'>ature and pressure, oxyhydrogen can burn when it is between about 4 and 95 hydrogen by volume.

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.

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 class='bold'>class='bold'>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.

The fundamental class='bold'>interest of this kclass='bold'>ind of polymerizclass='bold'>ation mclass='bold'>ineral obtaclass='bold'>ined class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature is to preserve organic molecules or microorganisms thclass='bold'>at wishes to fit.

Food should never be thawed class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature, this class='bold'>increases the risk of bacterial and fungal growth and accordclass='bold'>ingly the risk of food poisonclass='bold'>ing.

Because formaldehyde is a gas class='bold'>at class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature, formalclass='bold'>in formaldehyde gas dissolved class='bold'>in wclass='bold'>ater ( 37 w v) is used when makclass='bold'>ing the former fixclass='bold'>ative.

class='bold'>At class='bold'>class='bold'>room class='bold'>temperclass='bold'>ature, it is most stable class='bold'>at pH 4.3, where its half life is nearly 300 days.