The solar eclipse is one of the most well known celestial events. The total solar eclipse of August 21st and 22nd was a total eclipse, not just one partial eclipse. The total eclipse is when the Sun is blocked by the Earth’s atmosphere, as is the case during the eclipse.
The point of the eclipse is that the Sun is not visible. That’s because the Sun is behind the Earth, and sunlight can’t reach it. Light from the Earth reaches the Sun, but it is blocked from it by the atmosphere.
The solar eclipse looks like a lot of stuff, but it usually takes about five minutes to get out of the sun. We’re all on the same page here, but the details just don’t make it much better. The eclipse usually takes about a minute, and we’ve only got two people standing there to look at it.
The only explanation we got was that the eclipsed Sun was actually the Moon (and then people would figure out what happened and then there would be a lot of debate about whether we were looking at the Moon or the Sun). But that explanation doesnt make it any better.
That is, unless you know that the Moon is the Sun. Then the Sun is actually the Moon and the Moon is the Earth. And then the Earth is actually the Moon and then the sun is the Earth. And then the Earth is actually the Sun. And that would explain why the Moon is so bright in the night sky.
Okay, so if we have a Sun with a black hole at the center it would have the same effect as a solar eclipse. When the Sun is behind the black hole the Sun is actually the black hole and it looks a lot like the Moon. At the same time the Moon is actually the Sun and you can’t see it.
In fact, at the moment most people’s eyes are just about as wide as a normal person’s they are still able to see what they see. We’re probably seeing a little bit of a black hole because even the Earth’s atmosphere is not really black. The Moon has a black hole at the center of its mass.
Now its not just the Moon, the Sun is a black hole too. Because the surface of the Sun is a black hole it has a gravitational pull that pulls everything inwards. The Sun is like the Earth in space. All of space is pulled inwards as the Sun is pulled inwards. The force of the Sun pulling light into space is called the “Eddington Force.
The Eddington Force pushes the light faster than anything in space, and it can get out of control. In fact, the force causes the Sun to shine like a torch in some places, whereas in other places it shines like a ball of fire. It gets this effect because when you point a light source at the Sun, you are actually pushing the light towards the centre of the Sun. So we’re like a ball of fire moving faster than the Sun itself.
When the Sun is not shining brightly, it’s dark. Sunlight reflects off the Earth’s atmosphere and the sun’s surface is completely black. So the solar eclipse is a phenomenon which actually occurs in only a small part of the Earth’s surface. That’s because we’re mostly covered by clouds and the Sun is always shining through those clouds.