The number of times that it goes through this loop is exactly equal to a.

Well, just one doubling it's not that big.

Once again, that 873 those digits look pretty good 873 we still want to multiply 3, and then 10

If we take 3 times a, that's the equivalent of scaling up a by 3.

It went from 1 million to 1.5 million, my equity grew three fold.

What if I have, I don't know, what if I have 2 times v?

In some places up to 10 times

That's hundreds of times as many species as there are on Earth.

That's about twice as high as African Americans are represented in the population.

More grain in a couple of weeks than it would ever get in a lifetime.

So if you have to 6 10 kilometers, on the map, you're going to have 6 7 centimeters.

But I have to multiply times 3 with 1,2,3,4 zeros to get this number 8.73 million

Alan found 4 marbles to add to his 5 marbles currently in his pocket.

So if I were say y equals 3x squared plus 1, it might look something like this.

It took us three years to double our price performance of computing in 1900, two years in the middle we're now doubling it every one year.

The world population has doubled since I went to school.

In this case this wasn't intended to be a super hard question as n grows there seems to be a linear relationship.

That's 10 to the fifth.

Per capita food production is up by a third.

We have a micron. Here is a micron which is a millionth for the meter and a thousand times smaller than that is nanometer.

And we said, if we multiply them both by zero and add them to each other, we end up there.

So each of them are going to be 720 divided by 6.

If we do a 1746, and then add two zeros to it

This is not quite right.

We know 16 times 5 is 80. We know that 16 times 50 would be 800. Let's use that.

I mean, we will have two to the 25th power greater price performance, capacity and bandwidth of these technologies, which is pretty phenomenal.

So let's say this is Shantanu's height.

What I hope you've noticed is that r doesn't change when we scale x or y.

Well, we multiply nine times four to get thirty six.

The numerator for each of these is denominator for b, so b is 9 interesting, exactly double what it was before.

So let's do that.

But today I worry about, what if all we do is sell more cars and trucks?

The least common multiple is just going to be 8 times 5.

Notice, this is Arman in y years, this is Diya in y years

That's two to three times the global development aid that we give the Third World every year.

After one doubling time, the growing quantity is up to twice its initial size.

And after four years of zero growth, within six months of hanging around these people, the community at Live Your Legend grew by 10 times.

It's about a tenth of a millimeter,

Now we're scanning about 15,000 books a month, and it's starting to gear up another factor of two from there.

What's very interesting is that in three years, due to the efforts of many different groups, performance went up from 16 to 65 correct.

So it's roughly a ratio of ten, maybe nine or ten.

Four goes into 70, 1 time, subtract get 30, 7 times, multiply, subtract, get a 2 over here as your remainder.

In 2011, natural resource exports outweighed aid flows by almost 19 to one in Africa, Asia and Latin America.

Every possible value for the amount of money he collects for our function has to be a multiple of 3.

So, let's look at the inside