Flexion, extension, lateral flexion to the left and right, and rotation.

Yes.

Flipped Horizontally and Rotated Left

Rotated Left

Turn Left

Left

Rotate Left

Move'Left 'face

If we have an arrow coming straight out of the North Pole and we're rotating around like that.

Player 1 Rotate Left

Player 2 Rotate Left

Rotate Left

Move an inner slice

Flipped Vertically and Rotated Left

The combination is right 17, two turns left to 42, one turn right to 30.

Oh, crap. There's guards. What do we do?

You can even see it.

Bicycles keep to the left in Japan.

Thrun And here is my solution. We have 4 cases.

Side Left

Uh... The left side.

Let's just do this experiment very quickly.

We could instead rotate 120 degrees counter clockwise and get the same answer, which would let us put a positive angle.

Jim is not yet used to driving on the left side of the road.

So let's divide both sides of that equation by 3.

And if we subtract x from ten x what do we get.

So let's subtract 21 from both sides of this equation.

And the other way around, if you increase the speed of rotor three and decrease the speed of rotor one, then the robot pitches forward.

Spin... spin... spin...

We'll just use F m a

What's left of it.

The panel to the left.

I have to also do it to the left hand side.

or I guess to the left of

And see what happens to your perception.

Subtract 16 from both sides.

Keep to the left when driving.

Flipped Horizontally

Horizontally first

Flip horizontally

Flip Horizontally

Turn side to side

Flip Horizontal

Ahh! Cartwheel, dude! Ahh.

Click Quickly pushing the mouse's left hand side button once.