Here we have a better view of how the exact sizes and distances enable us to see the the outer atmosphere of the sun. One of these things being off, and what you see here would be impossible. So what are the chances of all the factors just falling into play as they did? We have three objects. Three different sizes and all at exact distances to achieve this perfect total eclipse.
Then you have some other amazing factors. The distance between the moon and the sun is 400 times greater than the distance from the earth and the moon. But, that's not all. The sun is 400 times bigger than the moon. How do you get a 400 to 400 match, along with all the other things (sizes and exact distances) just mentioned?
Using a different filter on the lens, we get a better look at the sun's chromosphere. If you would like to go into more detail about the presice placement, and sizes of the sun moon and earth. You can read more about it here: Creation in detail.
The flash above is from science itself. The person speaking even admits that the position of the sun, moon, and earth make the eclispe possible. Now as you look at the flash illustration, and see the moon pass through the light of the sun. Try to imagine the the distance, or size of these three objects changed. Would we see what we currently see? Nope.
