Now I claim your sun.

But you'll notice something else, and that's that the face of the Sun has freckles.

And over here, even when we're closest to the Sun, the Sun is not directly overhead.

My question is that point at the Arctic Circle that rotates, will it ever see the sunlight?

Let's observe sunspots.

let's say we're up over here, at this northern latitude, and we're just looking at the Sun here.

When we're closest to the Sun, the Sun still is pretty low on the horizon.

Also, what is he doing? Row, rowed.

There's a little black spot on the sun today.

Summit, peak

Sun

The sun

The sun.

Sun Control

So this is the vertex of this parabola.

That's this formula.

If it was a downward opening, it would be the topmost point, or the maximum point.

So there is a certain amount of sunlight that is reaching the Earth.

So, the line or reasoning would go something like this

Solar Winds

Solar System

Solar System...

Solar system

Sun energy

The sun.

Destroy suns?

The sun?

Sun Glare

Glare of Sun

Sun's Declination

Vertices

Particles

Variance

Variance 2

But if you look at the same latitude in the summer, when it is closest to the Sun, the Sun is more close to being directly overhead.

CA

Corner 1

Corner 2

Corner 1

Corner 2

Corner1

Corner2

Setup Solar Wind

Solar system object

Bright day shines down on my shame!