Can you triangulate her position?

(Laughter)

When the reports start coming in, I want you to triangulate so we can get a location.

You're going in too steep, Frank.

I'll walk in this direction. Fine.

pull out to aerial view and triangulate.

What we discovered was the world's fastest air righting response.

3000 feet. Coming in too steep.

They need to see where they're going.

They remember where all those seeds are.

She spins faster.

And this gives us the convention.

Triangulation leads back to Docklands.

Go talk to Intel and the semiconductor manufacturers.

We turned left at the corner and drove north.

Another advantage to using the scroll wheel is better control over zooming. Try this

Whatever we guess, it won't make the matters any clearer... We've picked a direction and walk...

R times the sine of theta, and cy is equal to the initial y position plus this extra distance, R times the cosine of theta.

It's a joint of tubes.

We believe that teachers should be empowered, not replaced.

Where we predict a pattern on the image.

This is called the conservation of angular momentum.

north corner.

Even right here in town. A teener here and there, strictly streetlevel amounts.

Or if you want to do in the calculus sense and take instantaneous angular velocity it would be the derivative of your angle with respect to time

But this is what you can see more or less on every street corner in Britain, in Europe, in North America.

So the speed is equal to the angular velocity times r

Naturalism. Detail.

So this square right over here has a different area, but it has the same perimeter as our original, as our original yellow square.

That's like the difference between an ice cube floating in a glass of water, which when it melts doesn't raise the level of water in the glass, and a cube that's sitting atop a stack of ice cubes

Let me draw it a little bit neater than that.

But it's not trivial, as corresponding points must be identified. Once you have found corresponding points then we can draw on triangulation.

This is the amount of my force in the direction of the displacement, the cosine of the angle between them, times the magnitude of the displacement.

And it deals with right triangles.

I don't get repeated samples.

That's a fantastic question that a case where twiddle will just fail you.

And since that is a triangle that has a 90 degree angle, it's a right triangle.

I wanted to introduce you to are acute angles, right angles, and obtuse angles.

Now what else can we figure out?

Angles

Angle

angle

Kaku

Even though it's called the angular velocity it tends to be treated as angular speed

The third choice is also false.