if you are in a plane, and you fly against the rotation of earth, do u arrive faster than if U travel with it?

Answer 1

No.
The atmosphere has the same rotational velocity as the earth and so it is for all practical purposes stationary with respect to the flight of the aircraft in any direction. Any object on earth or in the atmosphere has the same rotational velocity.

You may however observe differences in time on a round trip, this is due to favorable/adverse tail/head winds and has nothing to do with earth's rotation.

Answer 2

that's a variety of inexpensive airplanes that doesn't have the little t.v. video reveal in the back of the guy in front of you's chair? i've got been on a pair of those. besides the shown fact that they weren't from now on than 6 hours so all i did grew to become into stare out the window and doze off. yet you will desire to attempt taking a stable e book or an ipod. in case you have a movie telephone that is great as long as you place it into flight mode so it does not interfere with any navigation indicators. purchase a nintendo D.S. or yet another kind of handheld interest. Get a bop it with headphones so it does not annoy persons, they are distinctly addictive. purely take as many diverse varieties of entertainment as you may so it does not get tedious. remember you wont be conscious for the full 17 hours. Have a good flight! :-)

Answer 3

Your speed is relative to air and the air surrounding earth rotates with it. So the travel speed depends on the windspeed. For example to fly to europe from the american east coast, you fly faster toward the east due to the G stream. So a trip which takes 6 hours west to east, takes 8.5 hours east to west. So you see, the faster trip is done WITH the rotation of the earth not against... and it is only due to windspeed.

Answer 4

I have traveled from Phoenix AZ to Jakarta Indonesia several times. I wondered the same thing as you the first time, but the flight time is pretty much identical both ways.

Answer 5

no