Azimuth at rise

Six degrees azimuth.

Azimuth at set

Position Angle

And so if this angle right over here is 4x, it has a corresponding angle where the transversal intersects the other parallel line.

So let me draw it in the same yellow.

Galaxies will have their own Thermo velocity due to the potential well of the cluster itself.

The way we quantify structure for elliptical galaxies, is through surface photometry.

Looks like a black shape. So, where is that?

We have a vertical obstacle over here, a T shaped obstacle over here.

Dir

Az

Azimuth

Az

pull out to aerial view and triangulate.

Rounded Rectangles

Now the important thing to realize is the vertical angles are equal and the corresponding angles at the same point of intersection are also equal.

Now the other thing that we know

And the first deviation that you can quantify is, if there is an extra, harmonic if you will, around given isophote.

Compass Labels

Compass.

Rounded Rectangle

Step into the coffin, and lie down with your head towards the mountain.

Man Just try both of them.

It's in... that direction.

Towards the setting sun.

Mmhmm. What direction was it?

Now astronomers almost never use light years.

Flatland is populated by geometric shapes, ranging from isosceles trianges to equilateral triangles to squares, pentagons, hexagons, all the way up to circles.

Obviously, this is a right angle

Sunrise azimuth

Moon rise azimuth

New azimuth

And we could've also figured that out by saying, hey, this angle is supplementary to this angle right over here.

It's a matrix that represents the sum of squares and the sum of cross products.

I trust you know the bearing.

Just point me in the direction.

Seven times forty is two hundreds.

Remember, this is the hundreds diagonal, this whole thing right there.

Sunset azimuth

Moon set azimuth

Towards the rising sun?

Stay on that bearing,yeah?

He points his ears where he's looking.

And then, angle FAC is going to be congruent to angle ABD because they're corresponding angles