His vitals are spiking.

And then, when the heart is ready to pump it back out, it goes into this artery, and the name of it is the aorta.

Degrees

Radius

Angle

Angle

X angle

Y angle

Angle

X angle

Y angle

Do I do it upside down?

Now, to start the journey, it's gonna have to out of the left ventricle and into the largest artery of the body.

And let me actually show you where the blood vessels come from. These are called coronary vessels I just write the word coronary here.

It doesn't have any veins.

Now, we can use that exact same logic

So we could draw that here.

Coronary vessels So, coronary artery and vein.

And the veins actually drain into a spot , directly into the right atrium.

And on the right you actually see a carotid artery that was engineered.

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

So at triangle BAF we now know is going to be congruent Congruent to triangle we start at the white angle go to the orange angle then go to the unlabeled angle

Remove the ties that bind...

Now the other thing that we know

Now what else can we figure out?

Right it's gonna have to go away from the heart. So that's the aorta. The aorta actually has the little arch like that.

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