The nitrogen has two problems.

Liquid nitrogen is nitrogen in a liquid state at an extremely low temperature.

In either case, the aim is to produce nitrogen gas, rather than nitrogen oxides.

So that's where we get our nitrogen from.

Nitrogen oxides (NOx)

One thing I forgot to mention is that to obviate the problem of nitrogen narcosis all of those blue dots in our body you remove the nitrogen and replace it with helium.

reduce NOX emissions from vehicles

You have much more nitrogen hanging out.

It's nitrogen narcosis.

In chemistry, N represents the element nitrogen.

Yields 4 moles of nitrogen monoxide.

There's no nitrogen and it turns sterile.

And the nitrogen again, it's making up the majority.

Nitrogen fixation by cyanobacteria in coral reefs can fix twice the amount of nitrogen than on land around 1.8 kg of nitrogen is fixed per hectare per day.

reduce NOX emissions from power generation

This can be used to identify denitrification processes in nature.

data on emissions of NOx

NOx 892 kt

And if we see the nitrogen dioxide and oxygen,

Having said that, it works with compressed nitrogen.

And how much nitrogen 14?

Now the one thing that I forgot to mention, is that to obviate the problem of the nitrogen narcosis all of those blue dots in our body you remove the nitrogen and you replace it with helium.

Carbon from the oil can diffuse into the steel, making the surface very hard.

So 0.8 moles of nitric oxide or nitrogen monoxide.

And if you actually kind of wonder where all that nitrogen is coming from.

In the '60s already, through the green revolution and the Haber Bosch process of fixing nitrogen from the atmosphere you know, human's today take out more nitrogen from the atmosphere than the whole biosphere does naturally as a whole.

And that reaction produces some nitrogen monoxide.

Nitrogen has 14 atomic mass units.

What happens to all that nitrogen there?

Now we have our own liquid nitrogen.

And the problem, the limitation of diving with air is all those dots in your body all the nitrogen and all the oxygen.

The limitation of diving with air is all those dots in your body, all the nitrogen and all the oxygen.

So how much of just the NO is going to be produced in grams?

So 0.8 moles of NO is going to be equal to 0.8 times 30, which is equal to 24 grams.

But nitrogen gas specifically is actually N2.

To calculate nitrogen oxide emissions, total measured nitrogen oxide emissions from all soot and smoke emitting facilities controlled under the Air Pollution Control Law were summed.

Like other beans, it hosts bacteria that fix nitrogen in the soil.

So this is nitric oxide or nitrogen monoxide.

But you can confirm, your oxygen is 16, nitrogen is 14.

So one molecule of nitrogen monoxide is equal to 30 atomic mass units.

Because of that, we can only produce 0.8 moles of nitrogen monoxide.

We've been bothering Seung Jo and Eun Jo.

Who, Trader Joe?

Auroras and the atmosphere Auroras result from emissions of photons in the Earth's upper atmosphere, above , from ionized nitrogen atoms regaining an electron, and oxygen atoms and nitrogen based molecules returning from an excited state to ground state.

A drug is made up of a small molecule of hydrogen, carbon, oxygen, nitrogen, and a few other atoms all cobbled together in a shape, and it's those shapes that determine whether, in fact, that particular drug is going to hit its target.