Now the other thing that we know

Obviously, this is a right angle

Down and in.

And then we know, actually let me write it out, we know that angle AEC is congruent to angle DEB, I should say

And let's say the direction of my force vector, right, any vector has to have a magnitude and a direction, and the direction, let's say it has a 30 degree angle, let's say a 60 degree angle, above horizontal.

Reposition it. Everything facing that way.

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.

This angle down here is a vertical angle, that's gonna be a right angle

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

Trigonometric functions use degree mode for angles.

But this is just general terminology for different types of angles

Angular velocity

Seed radius

Cut off angle

Angle Mode

Watermark Angle

Now what else can we figure out?

You decode what you want to fold up into, into a sequence of angles so negative 120, negative 120, 0, 0, 120, negative 120 something like that so a sequence of angles, or turns, and you send that sequence through the string.

Main angle

Main horizontal angle

Main vertical angle

Arc angle

Rotation degree

Y angular velocity

Z angular velocity

Combine angle

Shadow Angle

Drawing angle

Four degrees elevation.

So angle angle side orange sorry, orange angle white angle side

An angle of 90 degrees is called a right angle.

Some people would call this the reflexive property

Now, we know that corresponding angles must be congruent

And that's the best angle of the courtyard?