That's b to the sixth power.

Sorry, i to the sixth power.

Well, what's 6 to the sixth power?

This is 3 to the negative sixth power.

So it's essentially 2 to the sixth power.

That gives us 6 x to the seventh power, y to the sixth power.

So 1 over 3 to the sixth power, right?

It's going to be x to the sixth power.

That is going to be times 6 to the sixth power.

So ten to the sixth power is equal to one million.

Well, x to the eighth power, that's the same thing as x to the sixth power times x squared.

But lets just verify that this cycle keeps going. i to the seventh power is equal to i times i to the sixth power. i to the sixth power is negative one. i times negative one is negative i .

So this really was equal to 5 to the sixth power minus 2.

Just multiplying them out, you get 1 over 3 to the sixth power.

Well, one, two, three, four, five, six times. x to the sixth power.

So this is equivalent to the sixth root of 2 to the sixth that's what 64 is times x to the eighth power.

So, this is equal to 125, x to the sixth, y to the third power, raised to the one third power.

Let's say I were to ask you what 5 to the sixth power divided by 5 to the second power is?

5 to the sixth times 5 to the second power, we saw in the

We've expressed our answer in exponential form, 9 to the sixth power, we've simplified.

Simplify the cube root of 125, x to the sixth, y to the third power.

So using the property we just saw, you'd get 3 to the negative sixth power.

That's going to be 2 times the sixth root of x to the eighth power.

So the probability of each of the combinations is 1 2 to the sixth power.

So we simplify this expression to 64 a to the sixth b to the third power.

And then, x to the sixth to the one third power... we saw this in a previous example.

6 to the third times 6 to the sixth power, what is this going to be equal to?

Is three to the minus sixth power, is that equal to seven one seven hundred and twenty nine?

Well 27 is definitely the cube of three three to the third power is twenty seven x to the sixth is also the cube of x squared if you raise x to the sixth to the one third power you get x squared

So this is going to be equal to 125 to the one third power, times x to the sixth to the one third power, times y to the third to the one third power.

So this is going to be the same thing as 9 to the 2 times 3 power, which is the same thing as 9 to the sixth power.

What if I were to ask you what 6 to the third times 6 to the sixth power is?

So this is equal to 512 times x to the third and y squared to the third power, that's the same thing is y to the 2 times 3 power, or y to the sixth power.

We know from the product property of the exponents that's going to be a to the 2 times 3 power or a to the sixth power, so this is a to the sixth power we got six from 2 times three and then finaly we juste have b to the third power, let me do that in a different colour we just have b to the third power and I'll juste write it over here

So if we have one followed by six zero's this is the same thing as ten to the sixth power.

So this is equal to 9.1 times 10 to the sixth times (in green) 3.2 times ten to the negative fifth power.

So since ten to the sixth power is equal to one million log base ten of one million is equal to six.

And now we just have to confirm that three to the minus sixth power is equal to one seven hundred and twenty nine.

And then finally, y to the sixth over y to the fifth, that's y to the 6 minus 5 power, which is just y to the first power, or just y, so times y.

Sixth meeting

Sixth Commission

Sixth Committee

Sixth Committee

Sixth 3

Sixth Committee