Аль талаас нь ч эхэлж болно.

And now, we can simplify it.

You just have the 7 there again.

Negative 1 minus 3 is negative 4.

6 you can actually break it down.

And now 36 divided by 4, we know what that is.

And once again, I could try to get a numerator up here, 4,

You can just divide both sides of this equation by the coefficient on x.

We've kind of broken it down into it's parts.

So we can divide both the numerator and the denominator by 15.

If you think about it, you can divide both sides of this equation by 9.

So let's divide both the top number and the bottom number by 4.

We could write 54 as being 6 times 9, and 81 is the same thing as 9 times 9.

Things like 6 you can say, hey, 6 is 2 times 3, you can break it down, and notice, we can break it down as a product of prime numbers.

And then we'll want to let's see, we can divide both sides of this equation by 4.

Now, this numerator up here, we can factor it.

5 over 35 I'm leaving some space so we can divide well, these are both divisible by 5, so let's divide the numerator and the denominator by 5.

And since they share a common factor, the 3 in this case, we could divide the numerator by 3 and the denominator by 3, or we could say that this is just 3 3, and they would cancel out.

The important thing about units is that once we've made a new unit, we can treat it just like we did the old unit.

It uses the webcam.

And you're going to see why this is different than what we've traditionally done.

Instead the only place to add edges is here and here, giving the only possible triangulation.

And the process for writing it as a mixed number, you just divide the denominator into the numerator, so this just becomes 2 into 3.

We've already expressed it as a fraction, but now we can actually simplify it, because both 36 and 100 have some common factors.

And that's the same remainder as right here.

So let's try with 3 12 first.

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Or to figure out what that times what is, you divide 360 divided by 8.

What can we do with this image? One of the things we can do is to divide up the image into various regions.

People looked in a microscope.

So 27 divided by negative 12, well, they're both divisible by 3.

1, 2, 3, 4, 5.

We could divide the 3 by 3 and get 1, and divide the 18 by 3, and get 6.

Now, we could just multiply it out at this point and figure out what 48 times 5 is and that'll be over 4, but that'll get big numbers and it'll be hard to kind of divide and all that, but we could divide at this stage right here.

This becomes a 17.

You have to think a little bit harder about what your queries are going to be, but you can start splitting things apart.

So they write, x squared plus 8x plus 16, over x plus 3, divided by 2x plus 8, over x squared minus 9.

If this was an equation, or really any type of an inequality, we want to divide both sides by negative 20.

And the 102.5 over 100, you might be able do this in your head, this whole expression right over here just becomes 1.025.

So we have 25x equals 150.

Using triple quotes, we can define one string spread over multiple lines.

Or a one y on the right hand side, I can divide both sides by 13.

I'll show it to you just for completeness' sake.

And that's 100.

And the punctuation, things like the periods, and also clues like capital