It's not going over the curve though, it's just out of view
It looks like it is curving
How about a camera
Here's an example
A camera can zoom back into it yeah
How far away is the sun
No clue
Where's the example for this
Zomming back to see the sun
Where in the sky is the sun at night
Cause it's above us
<:confused:625494374402228244>
Wait what
You wouldn't be able to see the sun
So I can zoom into it with my camera
Why not
According to the model you posted an image of I should be able to see it
Okay so witha camera or telescope
Actually no
Where would I need to look
Why no?
How would you be able to see it? The image that Oak posted earlier is an assumption of what it could be doing based on different factors
It isn't 100% accurate
Also the further the away the sun moves we wouldn't be able to use a camera or a telescope to see it
What factors
Well what is it accurate to
Aren't the stars farther than the sun?
They produce light
Also why is the night sky different in the south hemisphere than from the north
How does it predict that
Chill
One at a time
What's the question here? It's about the sun right?
Answer my most recent question
Why the night sky is different
🤔
What do you mean?
The sky at night is different in the north than in the south
How you you explain that
