You're steering the car.

Wheels turn on axles.

It works the same as a wheel.

And this is a donkey cart which they modified.

And I was driving home from work, and a truck was coming the opposite direction, came over into my lane, ran over the top of my car and his axle tore my arm off.

The big difference was that the bar chart is defined over 2D data.

Then, when that gave out,

They have lines every 100 units. Each is labeled with the axis that are in that grid plane.

So Engineers had to find a way to connect both rear wheels to the engine without sliding and sliping on turns.

All right, there we go.

For most small wheeled robots, they use a method called differential steering where the left and right wheel turns the opposite direction.

It's going to be in the negative quadrant.

And if you want to care about x, y's, and z's, let's say that this is the z axis.

He killed the car.

To answer this, let me make the scatter plot.

Let me draw a quick line here just so that we can visualize that a little bit.

In a scatter plot, each data item becomes a dot.

The stolen car was found in the parking lot.

You can see this is the x axis, the y axis.

When you drive your car, when you steer your car, you use a method called Ackermann steering.

This is going to be this function evaluated at c.

And so b, I always forget the exact terminology, but b you can call it your semi or the length of your semi minor axis.

Your car was blown Up that morning.

So, let's see see pictures of what gradient descent does. Let's say I try to minimize this function. So notice the axes.

He backed his car into the garage.

Here is the problem.

This is the t axis, and, I mean, we could call it the y axis or the f of t axis, or whatever we want to call it.

So that is my y axis, and this is my x axis.

Let me draw it a little bit better than that.

Remove the fasteners holding the spindle head bracket in place

The differential looks complicated, but one we understand its principle, it is amazingly simple.

That's the center.

The train was late this morning.

Relax, we got it from a scrap yard.

So let's graph it.

So I'll just draw this kind of a general graph right here.

Let me draw my axes.

Adjust until the indicator reads zero at each end. Sweep the table again to ensure it is aligned to read zero at both ends of the 20 sweep.

So let me draw my axes here.

Life expectancy from 25 years to 75 years.

I'll mark it right here on the y axis, or on the f of t, whatever you want to call it.

And the way that you recognize it is because it has this symmetry. around the Y axis.

In other words, which direction you're rotating.

And this point here is 2 comma 0.

So that's the real part.