2x squared minus 5x plus 3 is equal to 0.

Sure they are.

20x minus 20 is equal to 540.

How the main window is divided.

That's the same thing as 2 times 30. It equals 60. And 5 plus 12 is 17.

Or if you flip them, you would get ... ... 1 over 3600 hours or hour per second.

So that's separable.

That's what this playlist will deal with, ordinary differential equations.

So there's two big classifications.

Now there's two ways we can do this.

Homogeneous differential equation.

So we'll just assume that that is our psi.

They say that y of 0 is equal to negative 1.

Electrolytically produced, yes?

20 minus 7y is equal to 6y minus 6.

So if I divide all of these by 5 actually, I could just divide both sides of this equation by 5.

Toggle Split Orientation

OK.

Or if you wanted to write it out, psi is this thing.

I just took the antiderivative of both sides.

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

We're going to start embarking on higher order differential equations.

And this one is called homogeneous.

But anyway, there we have it.

We could call that c1 or something.

So we want a 1 here, so let's divide both sides of this equation by 100.

But if you look here, you actually could have figured out that this is actually a separable equation.

What does a homogeneous differential equation mean?

And then you could solve for c.

But anyway, that's just a little technicality.

And it might seem really fancy.

So they say y1 of x is equal to e to the minus 3x.

The major rule is that when we add an edge, it has to be entirely inside the polygon.

I would say a lot easier than what we did in the previous first order homogeneous difference equations, or the exact equations.

And let's say we try to do this, and it's not separable, and it's not exact.

So you have negative 3x is greater than 27.

So going back to how we did these problems before.

Now before we go on, in the next one I'll show you some fairly straightforward differential equations to solve.

Type of session to start with 'flash 'for flashcard, 'mc' for multiple choice, 'qa 'for question and answer

So it's 6 36 which we can simplify since it is just a fraction.

The probability of reaching S prime given that we started state S and apply action A.

And what we're dealing with are going to be first order equations.

And so that's equal to 9 15 plus 1 15, which equals 10 15.

Method

A system?