I understand, but I cannot agree.

This means you can forget about the equations and just start to understand the system by looking at the interactions, so you can actually forget about the equations and you just start to look at the interactions.

This should already pop into your brain as a Pythagorean theorem problem.

If we were going in a counterclockwise direction we could have applied the straight up Green's theorem, and we would have gotten minus 5 pi.

Why?

What do you make of it?

And remember, we have 24 hours to come up with a system.

Understood.

I understand.

You understood what I've just said to you?

Of course, this tree is growing upside down, but that won't be a problem at all.

Do you understand everything?

Thank you for your understanding.

People understand that.

And if you don't believe me, use the chain rule and take the derivative of this, and you'll get this.

And then you solve them for the two constants, c1 and c2, and you end up with your particular solution.

And we saw that in the previous video.

Actually, it doesn't hurt to bring down the whole thing.

If you want to gain something big, you'd better control your vengeful spirit.

You don't want to do that?

I can at least help you to understand my reasoning.

And the message is clear.

Does everyone understand?

You understand the situation, Captain Soren?

And once you figure out the r's you have your general solution.

And people talk about it without ever giving you a good definition.

Mitt Romney just doesn't get it. Applause

And your ratio is twenty forty, which is two four, which is the same thing is one two.

Our only hope, our only peace, is to understand it, to understand the why.

Let's do a couple of problems.

I have to buy this thing, so you know, let me just do it.

But it leads to kind of a very almost eerie result.

Or only one f of x associated with it.

Anyway, hopefully you found that useful.

Fair enough.

They immediately memorise names of architects, follow their concept, and understand the structure of the city.

What's your best guess?

And let's try to understand why gradient descent would do on this function.

Now, here's the thing

And you could think about it with other numbers, but hopefully, that gives you a little bit of an intuition.

Do you understand?

We have rovers that are going to Mars and are getting science data and expanding our understanding of the world.

Problems that take inputs just like what we've been looking at.

I am the one who perceives even belief.

What you need to do is have an opinion based on some fact that gets refined.