You can then go the other way around.

This is our concentration axis.

So let's say we have an axis right here, that's axis.

So each of these sections are in degrees so we're measuring in degrees, but I want to be clear degrees aren't the only way to measure angles.

Density

Concentration

So let me write down M for molar.

It's a portable bonedensity scanner.

And you measure its absorbance, and you just get some number here.

Print Density

So it's proportional to the path length times the concentration.

So how could we relate that to how many radians it is doing per second?

And over here you're measuring absorbance, in the vertical axis you measure absorbance.

An amount with which the precision of a measurement can be estimated.

How the hell can prosecutor Roswall mix up megabit and megabyte?

So you could say the measure of angle BAC is equal to 30 degrees.

The factor most responsible for that fire is breast density.

Salinity high.

Now let's say you have some solution and you know the concentration, you know it is a 0.1 molar concentration.

Then you can just go on this line right here, and you say OK, well then that must be a concentration of whatever number this is.

What I want to do in this video is to talk a little bit about spectrophotometry.

So all of these galaxies are moving.

There are several ways to measure speed.

They notice that this ratio is closer to 3.1.

I'm measuring the coagulation of saliva after death.

it's an Osteo National bonedensity scanner.

And you can see that it's pointing to right about well let's just say to right about the 30 degree mark.

What it really is is it makes you measure angles.

And breasts that fall into these two categories are considered dense.

And here's the thing that should freak you out.

So the concentration of the solute is higher here.

O2 sat's down 82 percent.

Danger. Atmosphere compromised.

And this precise oxygen concentration, 10 parts per million, that caused suspended animation, is conserved.

Here is another example of something which is this is a little spectrophotometer.

let's say it is 10.1 feet now. 10.1 feet.

So you measure its absorbance and you get its absorbance.

Pressure

Measure

We'll call this one number 3.

And over here I'm measuring concentration.

What this tells you, this is a linear relationship.

It's just going to bump into more molecules because it's a higher concentration here.

The way that's done is by the following

Measurements counts