Trigonometric functions use degree mode for angles.

So we can actually use this information to do other interesting things later on

Trigonometric functions use radian mode for angles.

We know that this is going to be equal to it's vertical angle.

If we do accorded axes here they would intersect that in a different point but they would have the same exact slope.

He said it was nothing personal.

Maybe it was some kind of love triangle.

You've probably learned that already from geometry.

What's interesting here is thinking about the relationship between this angle right over here and this angle right up over there.

Relationship Status. Interested In.

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

К дээр L ийг нэмсэнтэй тэнцүү

Degrees

Radius

Angle

Angle

X angle

Y angle

Angle

X angle

Y angle

Do I do it upside down?

Now, we can use that exact same logic

So we could draw that here.

And there are different kinds of relationships between the people.

This angle plus this angle is going to be equal to this angle.

But this is just general terminology for different types of angles

Angular velocity

Seed radius

Cut off angle

Angle Mode

Watermark Angle

Velocity of train A, and then of course you have the velocity of train B.

Now the other thing that we know

Now what else can we figure out?

This is bullshit, come on.

We know Japan is the land of the rising sun.

Relationship

Involved?

Trig Functions

Main angle

Main horizontal angle

Main vertical angle

Arc angle

Rotation degree