The best time to view daytime is before the sun sets. This makes a lot of sense when you think about it, especially when you’ve been up since 5am trying to decide what to watch. With the sun setting, it’s also a great time to see the stars.
In a way, the sun sets first thing in the morning. Its daytime light is much brighter as it doesn’t need to reach as far to reach the sun. Its light reaches the night sky just as well as it does the daytime sky. That means that if you see the stars at night, you can easily see them at daytime.
When the sun goes down, its pretty dark, but you can still see the stars. After the sun goes down it starts getting more and more dark, but its still bright enough to see the stars.
The moon is still pretty bright in the night sky, and even when the sun is completely covered by clouds, you still can see the stars. But, there are some tricky circumstances around the time the sun goes down. The sun has to be completely covered by clouds, and if its not, the sun will still reach the night sky for a few hours.
It’s not totally dark, just dim. I think it has a bit of a yellowish tinge, and there are a few light sources in the sky, but I’m not sure how much of a difference it makes. There are the usual stars, but there are also these other lights in the sky that are brighter than the stars. When the sun goes down it gets a bit more dark, and the stars get brighter, and the other lights fade out or go away.
It is not completely dark in the morning. If you turn your light on it can still be seen through the windows of your house, or from behind cars in the parking lot. But by the time the sun rises you’ll be able to see that the sky is a very different scene. The sun is shining, and the clouds have blown away. And the stars are brighter than ever.
There’s a theory that the sun is shining because it’s day, but why the sun is shining is not a question that can be answered. And if the sun is shining, why it’s shining at all is a bit of a mystery.
While it’s not entirely clear why a planet that is mostly water and not ice would have a sun, the theory is that it could be due to the same mechanism that generates the sun’s heat. So again, we can’t explain why the sun is shining. And if the sun is shining, then why the stars are shining as bright as they are is a bit of a mystery.
Perhaps this all boils down to the fact that the suns power is not infinite, like the moon, but rather is the sum total of its emissions. Like most other planets, the sun is not just a source of light, but rather is its most important and essential energy source. The sun is also not some kind of big, bright, glowing ball of energy, but rather is a collection of smaller, weaker suns all orbiting the sun at different distances.
Well, it turns out that the sun does glow a bit, though it is a smaller, weaker kind of glow compared to our sun. In fact, it is the brightest star in the night sky, with a bright, blue glow in the southern hemisphere. The reason it is bright is because it is emitting so much energy that it is causing the star to glow much brighter than it would normally.