It's interesting that NASA shows us this picture from above but no pictures from below.
It's interesting that NASA shows us this picture from above but no pictures from below.
It's interesting that NASA shows us this picture from above but no pictures from below.
The cloud would have to be moving even faster because it's elevation puts it on a larger radius.It's interesting that the Earth is going around 1,000 miles an hour but a cloud going in the same direction may only be going 20 miles an hour.
And yet they pass over head.
Doe this mean they are actually going 1020 miles a hour?
It's interesting that the Earth is going around 1,000 miles an hour but a cloud going in the same direction may only be going 20 miles an hour.
And yet they pass over head.
Doe this mean they are actually going 1020 miles a hour?
It's interesting that the Earth is going around 1,000 miles an hour but a cloud going in the same direction may only be going 20 miles an hour.
And yet they pass over head.
Doe this mean they are actually going 1020 miles a hour?
FalseYes.
False
If I run 2 miles an hour, am I really running 1002 miles an hour?
Absolutely not
If figure somehow or other gravitational pull plays a role in this.
Depends where you're standing. If you're standing on the earth, under the cloud, it's going 20 miles per hour relative to you.It's interesting that the Earth is going around 1,000 miles an hour but a cloud going in the same direction may only be going 20 miles an hour.
And yet they pass over head.
Doe this mean they are actually going 1020 miles a hour?
The Flash could probably run 1002 MPH. Superman too.If you are riding on a train that is going 60 MPH, and you are running from the back to front at 5 MPH. How fast does the person on the ground see you running.
If you are running 2 MPH on the earth, relative to you or anyone on earth, the earth is not moving. If you are at a point where you are observing the earth going 1,000 MPH, observing only you, you will be traveling at 1002 MPH.
WOW!If you are riding on a train that is going 60 MPH, and you are running from the back to front at 5 MPH. How fast does the person on the ground see you running.
If you are running 2 MPH on the earth, relative to you or anyone on earth, the earth is not moving. If you are at a point where you are observing the earth going 1,000 MPH, observing only you, you will be traveling at 1002 MPH.
I'm just mildly curious how y'all fit eclipses into your theories.
I'm still curious about eclipses and FE theories.
I'll get back to you day after tomorrow when the videos load.Watch these short videos...
They already covered that one, but I don't have time right now to dig up the post in these nine pages. The sun tracks to inward in our summer/Australia's winter, like a record player needle. It tracks back outward for our winter/Australia's summer.Renewed challenge to any who believe that the earth is flat:
Please explain how the sun can rise to the relative SOUTH of Sydney, Australia, such that morning shadows lie toward the NORTH.
On a North-pole-centric flat Earth, this is impossible. However, it happens every day from November through February.
?Proverb 14:15
That can be explained no more than angels being at the 4 corners of the Earth.Renewed challenge to any who believe that the earth is flat:
Please explain how the sun can rise to the relative SOUTH of Sydney, Australia, such that morning shadows lie toward the NORTH.
On a North-pole-centric flat Earth, this is impossible. However, it happens every day from November through February.
I'll look for the explanation, though if your summary of it is accurate, the explanation is wrong.They already covered that one, but I don't have time right now to dig up the post in these nine pages. The sun tracks to inward in our summer/Australia's winter, like a record player needle. It tracks back outward for our winter/Australia's summer.
I'm still curious about those eclipses, but I guess I'll have to wait until I have the data to watch those videos. Why can't they just use typed words to explain it?
I think it was one of Moses' or Gary's posts. And my summary might in fact be wrong, as I don't agree with a word of it myself so I may have muddled it a bit.I'll look for the explanation, though if your summary of it is accurate, the explanation is wrong.![]()