Wheels turn on axles.

Then, when that gave out,

And this is a donkey cart which they modified.

Here is the problem.

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

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

It works the same as a wheel.

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

For IMPASS, we can do many, many different types of motion.

So let's graph it.

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

So that's the real part.

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.

Axes

Scales

Axis

Axes

All right, there we go.

It's going to look something like that.

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

It's going to be in the negative quadrant.

This is going to be this function evaluated at c.

This is the horizontal axis over here is the x axis

Let me draw it like this.

Vertical Scale

Horizontal Scale

Vertical scale

Horizontal scale

X Axis

Y Axis

Axes labels

x Axis

y Axis

Major Axis

Minor Axis

X Axis

Y Axis

Z Axis

So let's draw this.

So the one wheel drive was soon out of things.

You could make the vertical axis.

Let me draw my axes here.

Later we will check and adjust the B axis home position

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

But what if and I'm just going to draw an abstract surface here let me draw some axis.