I counted up to 200.

I counted to two hundred.

I'm counting the number of people.

I'm counting how many people there are.

Can you count in French?

I'm going to add something later, when

And how did I know 4 0's?

He says, Nice talk. And I said, Thank you.

But River Orchards also purchases a apples, so let's add that same amount.

And you get six zero zero.

And now, I'll count to three. I mean, it still looks very orderly to me.

I would produce, but I would produce, I would produce videos.

So the guy in the back, what he does is he counts the number of green or purple hats.

And once again, the signs are different so it's a negative.

Counting files...

Counting folders...

And then we could add the plus c.

For example, if we want to find the phi of 8, we look at all values from 1 to 8, and then we count how many integers 8 does not share a factor greater than 1 with.

You give me food, and, and maybe actually, maybe have multiple inputs.

My son can count up to a hundred now.

Wait till I count to ten.

7, 6, 5, 2, 4, 4.

The point at which we break is when i becomes greater than n.

At some point, you may have written an incorrect Python program nah.

Well, it's sine of x.

And the musicians were comfortable in the end.

y ou know, we didn't ask to be here. i'm ordering you under sseven executive jurisdiction.

'If any task on the Palm Pilot takes more than three taps of the stylus, it's too long, and it has to be redesigned.'

Add prime factor 2.

Add prime factor 3.

Add prime factor 5.

Add prime factor 7.

Add prime factor 11.

Add prime factor 13.

Add prime factor 17.

Add prime factor 19.

The next thing I did was I started counting dragonflies.

So that's the same thing over here.

I'll leave you to think about why this number only has three factors and other numbers tend to have an even number of factors.

You can see that the number of nodes is indeed 5, which is good, because that's what we wanted it to be.

And when you first encounter them, they look like this deep and mysterious thing.

So clearly, over here, there's a decimal in the number so you count the trailing zeros these are adding to the precision.

He counts up to six.

But the important thing to realize is essentially you just use the distributive property and realize that you can only add real terms to each other.

And so I want to figure out the sum of a geometric series of, you know, when I have some base a, and I go up to some number a to the n.