OK, so we don't even have to look at step 1.

So if we go back to our original definitions let me show you that here.

But anyway, let's get back to solving this.

I shouldn't have skipped that step, but

But we're missing the big picture, if we get too obsessed with these ideas.

Right, then. Today's meeting is Step 5...

So the solution you don't have to do this every time.

So to choose the maximum, we just have to deal with these two probabilities.

No, we're not doing anything like that.

If obstacles, for example, look like this then from here it takes you more than 9 steps to get to the goal.

Occasionally it does, because of randomness in the system, but it should be mostly collision free.

So Search Inside Yourself how does it work?

It's zero.

This might be another car in traffic for the Google self driving car.

Step two we get the baby. Woohoo!

To amount to what you say

This is Scofield's final step, a new life.

Is this step three or step five?

Let me just write, actually edit.

So if I define my function here, will this work?

Now my derivatives, you know, points to the left, it's actually decrease theta. But look, if my learning rate is too big,

One time step later, you see it over here.

And I cut and pasted part of it but they want us to determine what was the first incorrect step that they did in this problem?

You're actually doing an extra step here.

So that's all I did here.

Step, step.

So now, all the remains to complete the Merge Sort is to take the two results of our recursive calls, these two sorted elements of length 4, and combine them to produce the final output, namely the sorted array of all eight of the input numbers.

If I change this, for example, by opening up this grid cell over here.

The recipe is fairly simple.

So what if I had written it as so my unit step function's at zero initially, so what if I make it 2 minus a unit step function that starts at pi?

The numerator has the same degree as the denominator.

You do that by going to this website.

They're actually changing the way in which ideas are generated.

And it's defined as 1 that's why we call it the unit step function when t is greater than or equal to c.

Steps

Step into

Steps

Do a Step

Step

Step

So, basically compress these three

You may also wish to search your code to check whether the same mistake was made elsewhere and fix these locations as well.

That is a transformation in power of ideas.

But an even better implementation looks as follows.

Notice there can only be one neighbor of U because all that's left is the simple path from U to V.