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

Here.

These two lines are parallel

Let me call that middle point E

So, angle DEC must be let me write this down angle DEC must be congruent to angle BAE

We need a square table not a round one.

They need to see where they're going.

So, that we know that angle, so, for example angle CAE

Now the Minotaur IV has too much impulse, so we have to bleed it off by flying the rocket at an 89 degree angle of attack for portions of the trajectory.

Degrees

Radius

Angle

Angle

X angle

Y angle

Angle

X angle

Y angle

Do I do it upside down?

Okay, I need tape to keep it at that angle.

Now, we can use that exact same logic

So we could draw that here.

Let's do it.

So if you're like me you probably don't carry around a protractor everywhere you go and even if you do, you sometimes you want to have only the angles you want, because you needed a whole bunch without all those other degrees getting in the way.

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 the other thing that we know

Now what else can we figure out?

Impossible angle.

C A sorry CAE I should say is congruent to triangle CAE

Main angle

Main horizontal angle

Main vertical angle

Arc angle

Rotation degree

Y angular velocity

Z angular velocity

Combine angle

Shadow Angle