Welcome • User Guide
ToS • Privacy • Canary
Donate • Bugs • License

©2026 Poal.co

933

If an airplane is going 600 miles per hour against the spin of the earth which is 2400 mph approximately and the air plane is 30k miles up in the air? How is a flight going some where against the spin then back is the same time?

And how does the spin of the earth affect an airplane 30k miles up in super thing air? What is transferring the movement from the ground to the super thing air 30k miles up?

If an airplane is going 600 miles per hour against the spin of the earth which is 2400 mph approximately and the air plane is 30k miles up in the air? How is a flight going some where against the spin then back is the same time? And how does the spin of the earth affect an airplane 30k miles up in super thing air? What is transferring the movement from the ground to the super thing air 30k miles up?

(post is archived)

You are currently inside a comment thread.
Click here to see all the comments (54).
[–] [deleted] • 7 pts

The Earth and the air spin at about the same speed. ~1000 mph. If the Earth and air spun at different speeds then there would be 1000mph wind storms all the time everywhere on earth.

[–] • 2 pts

So wouldn't the plane be fighting against that spin on the return flight? Or does the earth and atmosphere change directions to accommodate each flight? I don't know what shape the earth is, but there are clearly some problems with the current accepted theory to anyone capable of critical thinking.

[–] • 2 pts

So wouldn't the plane be fighting against that spin on the return flight?

Yes and travel times usually reflect this except when winds aloft changes things. This is also part of rocketry. It's why launching W, N, or S consumes more fuel than an eastward launch. As launching with the spin means you reap that energy bonus. Likewise, going the opposite direction means you pay for it. This is why equatorial launches are preferred as this maximizes the spin advantage.

All of which indirectly prove both a spin and a spheroid.

[–] • 1 pt (edited )

Flight time differences are rarely more than 10 or 15 minutes to and from. Does that reflect 1000 mph rotational spin? And your rocket fuel data, comes from NASA? You trust those guys that have only ever shown us cgi ball earth? Funny how most peeps here don't trust anything the government tells us, but believe everything regarding this topic. Condemnation without investigation equals indoctrination.

[–] • 2 pts

Can you throw a baseball? Does it move? If you turn around and throw it the other way does it stop moving? Is the air so thick birds can't fly? No.

You people don't understand physics. The earth moving with or against the flight pattern does change the time that a flight takes. Before trying to tear down a concept you don't understand, try to understand it by actually learning the concept.

[–] • 0 pt

You think a baseball doing the same thing in every direction helps your argument? You should probably go back to physics class.

[–] • 0 pt

Are u really thinking about what your saying? So air 30k up is going around a much larger circumference? So the higher you went up the faster you would have to go?

[–] • 0 pt

How very convenient ( ˘ ͜ʖ ˘)