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It would depend on how high up you were and what direction you are traveling.

Q: How fast would you have to go to circle the earth in 2 minutes?

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18 kph

15.33333333333333333333mph

you would be running 120mph

25.24/3.3 = 7.648 minutes per mile (rounded)

It depends on how fast you are running. If you are going at a steady jog then around 12- 14 minutes, but if you are running quite fast then it can take around 6 -7 minutes.

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The earth is always revolving on its axis but i 23 houres and 56 minutes revolve in a day

about a year or less because kayaks and canoes are fast

At light speed it would take 20 to 40 minutes going from earth, and 50 minutes going from the sun.

the sr 71 blackbird set the record for fastest manned airbreathing jet at over 2000 miles per hour (3218 km/h) the equator is roughly 12900 mi. (20761 km.) so it could circle the earth plus fuel filling slows in 6hours and 30 minutes. however space shuttles orbit the earth extremley fast but i am not how sure how fast.

Approx. 8 minutes.

If you traveled at the speed of light (a current impossibility), you would travel from Earth to the Sun in an average of 8 minutes. Or would you? I suspect that you would burn up well before the 8 minutes were up.

Not true. An object can fall back to earth, orbit (circle) the earth, or- if moving fast enough, leave the orbit of the earth and go elsewhere. We have sent probes to other planets- they are not circling the earth.

About 8,750 miles.

light takes approximately 8 minutes to travel from the sun to the earth. even though it is traveling extremely fast, the earth is about 93million miles away from the sun, so if you think about it 8 minutes is pretty quick

A space station goes very fast. It orbits the earth every 90 minutes! (hour and a half)

2 minutes and a half per km

Well, a detailed analysis is probably quite complicated. But to give you a general idea, at a certain speed, the orbit would be circular - the attraction from the Sun is just enough to change the Earth's velocity (i.e., its direction) so that it becomes a circle - maintaining the speed. If the Earth moves slightly slower, then Earth doesn't have enough momentum to keep in a circle, so it would get closer and closer to the Sun, during half an orbit. However, that would also make Earth faster - in fact, fast enough to get away from the Sun again. The final result is a closed orbit, in the shape of an elipse.Well, a detailed analysis is probably quite complicated. But to give you a general idea, at a certain speed, the orbit would be circular - the attraction from the Sun is just enough to change the Earth's velocity (i.e., its direction) so that it becomes a circle - maintaining the speed. If the Earth moves slightly slower, then Earth doesn't have enough momentum to keep in a circle, so it would get closer and closer to the Sun, during half an orbit. However, that would also make Earth faster - in fact, fast enough to get away from the Sun again. The final result is a closed orbit, in the shape of an elipse.Well, a detailed analysis is probably quite complicated. But to give you a general idea, at a certain speed, the orbit would be circular - the attraction from the Sun is just enough to change the Earth's velocity (i.e., its direction) so that it becomes a circle - maintaining the speed. If the Earth moves slightly slower, then Earth doesn't have enough momentum to keep in a circle, so it would get closer and closer to the Sun, during half an orbit. However, that would also make Earth faster - in fact, fast enough to get away from the Sun again. The final result is a closed orbit, in the shape of an elipse.Well, a detailed analysis is probably quite complicated. But to give you a general idea, at a certain speed, the orbit would be circular - the attraction from the Sun is just enough to change the Earth's velocity (i.e., its direction) so that it becomes a circle - maintaining the speed. If the Earth moves slightly slower, then Earth doesn't have enough momentum to keep in a circle, so it would get closer and closer to the Sun, during half an orbit. However, that would also make Earth faster - in fact, fast enough to get away from the Sun again. The final result is a closed orbit, in the shape of an elipse.