And we've factored our binomial.

How do I get there? Well, let's apply Bayes rule.

Suppose there's a specific type of cancer which exists for 1 of the population.

And we set the parameter theta zero to be only zero. In the next video.

So let me just draw a little bit of a graph.

I will define happiness as this.

Welcome to the presentation on using the quadratic equation.

These simplifying assumptions will allow us to do an analysis that is more tractable.

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Let's extend it to a more complex economy to the world we live in and with that I want to look at the more formal definition for

This one is easy because we know it is raining on day 0, so it's 0.6, the 0.6 over here.

Now let's try another expression.

This has nothing to do with total probability and all with Bayes Rules, because I'm talking about observations.

leading coefficient.

Right?

So the planning problem is now the problem which relies on an action to each possible state.

So this whole expression simplifies to negative 1 diamond this diamond right over here diamond 0.

So, it works really well for low dimensional problems like 3 dimensional robot localization problems.

So you get x equals six or x equals negative five.

Formula

Use ASCII armored encryption.

You might have to use a quadratic equation or something.

I will now introduce you to the idea of a homogeneous differential equation.

learned before, but it's a neat trick.

Oh this is a dog, got it? All right!

Now I'm going to make it a little bit more formal.

This isn't something that you would factor.

The exact formula is an exponential of a quadratic function where we take the exponent of this complicated expression over here.

If you really wish to understand this math, it happens to be just a generalization of the math

Formula Settings

That depends on your definition of civilized.

So what x's are valid?

And with 0.1 chance, we're going to stay down here for 3.

And I'll yield the floor here for a second to Einstein, who, I believe, has paid his dues.

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If you calculate the electric field using this equation, the result comes out like the following.

I'm actually out of space. OK, they want to know the solution set to this quadratic equation.

So, I'll see you in the part 2 of using the quadratic equation.

But anyway I don't want to get caught up in terminology.

ASCII armored encryption

So how many nodes are in that graph?

Bx plus C is equal to 0.

lets me set those values to values other than zero.

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