So absorbance right here.

So let me do that in a different color.

So let's say there's some unknown concentration, and you figure out its absorbance is right over here.

So let me write down M for molar.

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

If transmittance is a low number, that means you're absorbing a lot.

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

let's say 0.2 molar.

So you measure its absorbance and you get its absorbance.

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

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

The Beer Lambert law tells us that the absorbance is proportional

You could then measure for some unknown concentration.

Max. number of light sources

Maximum speed

Maximum depth

Max depth

Max velocity

A higher number says your transmitting a lot.

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Maximum download speed

Max Speed

And they want to know, what is a measure in degrees of the

Go to maximum warp.

Maximum warp.

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Blur samples

Maximum speed scale mode

Take us to maximum warp.

The speed of light is much greater than that of sound.

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

Light Speed

Set max upload speed

Set max download speed

Lay in a pursuit course, maximum warp.

This time a great number of people who smoked marijuana have come forward

Black cloth absorbs light.

Black paper absorbs light.

It goes, I don't know, 0.1, 0.2, 0.3, so on and so forth.

Maximum angle from vertical

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This is actually a picture of the spectrum of the Sun.

I'll ask one more time... whoever smoked marijuana

So if transmittance is a large number, absorbance is a small number, which makes sense.

I am working with full steam.