And now I have a variance co variance matrix.

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Now, they want us to identify the numerator and denominator,

This is the x component of f, y component of f.

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So let's multiply this out.

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Plus 4 divided by 4 is 1.

7 divided by 8.

You have both of them separate.

So you get x is greater than or equal to 125 75.

Got a whole skeleton to account for.

Later he can reproduce identical molecules in In any shape or quantity.

So it's 22 plus 3 9, but this can be simplified.

Organic chemists make molecules, very complicated molecules, by chopping up a big molecule into small molecules and reverse engineering.

That will make it a positive.

Let me just label them numerator and denominator ... de nom in a tor

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I think you can see that this is the dot product of two vectors.

The shake gives the cherry its mass.

And that's the complex conjugate.

If 36 is 9 2 times 8, let me write this. 8 9 2 36.

That's exactly the same thing we did here.

And there's a pretty easy way to identify them.

So one way to think about it is let's go between 0 and 1.

Bitterness, yuck.

Eventually D.N.A. replaced R.N.A. as a more efficient replicator. Other molecules, lipids, formed tiny bubbles.

line the one that goes through both of these is going to be equal if you divide the numerator and denominator this becomes 6.

So our denominator here is equal to 2x minus 1 times x plus 3.

In this situation right here we have a mixed number where 5 is the whole number and 1 4 is a proper fraction as numerator is less than denominator

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