No.
No. The passage of time is exactly the same in Antarctica as it is elsewhere around the earth.
No, the time taken to travel to another planet in space would not be the same as the time experienced on Earth. Time dilation effects due to the speed of travel and gravitational forces would cause time to pass differently for astronauts in space compared to people on Earth. This means that time would appear to pass more slowly for travelers in space relative to those on Earth.
Turks pass the time the same way people do elsewhere, by playing games, chatting, going to restaurants and bars, visiting museums, and hanging out with friends.
If you were to travel at the speed of light for a year, no time would pass for you, but approximately one year would pass on Earth.
No.
Yes you can
Yes and no. On earth, there are time zones based on where you are located on earth. There are no time zones in space.
The Earth would be all the time in the same direction - more or less. It would have about 4 times the apparent diameter the Moon seems to us - about 2 degrees instead of 1/2 degree. You would see the Earth pass through all the phases, similar to the Moon's phases.The Earth would be all the time in the same direction - more or less. It would have about 4 times the apparent diameter the Moon seems to us - about 2 degrees instead of 1/2 degree. You would see the Earth pass through all the phases, similar to the Moon's phases.The Earth would be all the time in the same direction - more or less. It would have about 4 times the apparent diameter the Moon seems to us - about 2 degrees instead of 1/2 degree. You would see the Earth pass through all the phases, similar to the Moon's phases.The Earth would be all the time in the same direction - more or less. It would have about 4 times the apparent diameter the Moon seems to us - about 2 degrees instead of 1/2 degree. You would see the Earth pass through all the phases, similar to the Moon's phases.
If everyone on Earth jumped at the same time, the impact would be very small and not noticeable. The Earth is so massive that the force of all the people jumping would not be enough to cause any significant movement or change.
No, just as in a solar eclipse, the sun, earth and moon are in different positions depending on where you are on the earth. If we could all see it at the same time that would mean we would all be in the same exact spot on the earth.
no it does not
Eclipses of Jupiter's moons occur daily. But if you mean the regular solar and lunar eclipses, no, most of the time the Moon will pass by one of the sides of the position required for the eclipse, so there is no eclipse. That is because the Earth's orbit around the Sun, and the Moon's orbit around the Earth, are not exactly in the same plane.Eclipses of Jupiter's moons occur daily. But if you mean the regular solar and lunar eclipses, no, most of the time the Moon will pass by one of the sides of the position required for the eclipse, so there is no eclipse. That is because the Earth's orbit around the Sun, and the Moon's orbit around the Earth, are not exactly in the same plane.Eclipses of Jupiter's moons occur daily. But if you mean the regular solar and lunar eclipses, no, most of the time the Moon will pass by one of the sides of the position required for the eclipse, so there is no eclipse. That is because the Earth's orbit around the Sun, and the Moon's orbit around the Earth, are not exactly in the same plane.Eclipses of Jupiter's moons occur daily. But if you mean the regular solar and lunar eclipses, no, most of the time the Moon will pass by one of the sides of the position required for the eclipse, so there is no eclipse. That is because the Earth's orbit around the Sun, and the Moon's orbit around the Earth, are not exactly in the same plane.