When you travel faster than the Earth spins, you effectively move against the rotation of the planet. For example, if you were to fly eastward at a speed greater than the Earth’s rotational speed at that latitude (about 1,000 miles per hour at the equator), you could arrive at your destination before the Earth has rotated to that point. This phenomenon can affect time zones and daylight, as you would experience a different relationship with the time of day compared to ground observers. However, practically achieving and sustaining such speeds is currently beyond our technological capabilities for passenger travel.
Yes.
Earth spins faster than Venus.Here's a link for information:http://www.nasa.gov/worldbook/venus_worldbook.html
Yes, Neptune spins on its axis much faster than Earth. Neptune has a rotational period of about 16 hours, while Earth's rotational period is about 24 hours. This rapid spin on Neptune contributes to its strong and dynamic weather systems.
Because of the inverse square law of gravity, an object close to the Earth's surface feels a greater pull than an object further away. This would mean an artificial satelite in an orbit near Earth would have to travel faster to remain in orbit. One further away would travel slower. Close to the earth, a satelite might complete an orbit in, for example, 90 minutes; but the earth rotates once on its axis in 24 hours. This would mean the satelite would always have to travel faster than the Earth spins. Too far away, and the satelite would take longer than a day to orbit the Earth - so the planet would spin faster than the satelite's orbit. For a geostationary satelite, it would need to be at just the right distance, in an orbit that keeps it at the same place as seen from the rotating Earth - orbiting as fast as the Earth is spinning. Geostationary satelites get parked a little over 22,200 miles above the Earth's surface and in orbits the same direction as the Earth spins - and are thus useful for communication and weather functions.
The sun appears to move across the sky because of the Earth's rotation. As the Earth spins on its axis from west to east, the sun seems to rise in the east, travel across the sky, and then set in the west. This movement happens every day, making it look like the sun is moving, even though it's really the Earth that's turning!
Because most satellites are not 'geostationary'. A geostationary satellite orbits the Earth at the same speed that the Earth spins on its axis - such as the GPS grid, or TV relay satellites. Most satellites travel faster or slower than the Earth spins.
Saturn spins faster then earth
Yes.
Earth spins faster than Venus.Here's a link for information:http://www.nasa.gov/worldbook/venus_worldbook.html
the earth spins on it axis
Because Saturn spins faster than Earth.
No. The speed of the moon's orbit does not depend on Earth's spin; it depends on Earth's mass. However, a faster spin on Earth's part would make the moon appear to move across the sky faster, as it would for the sun and stars.
The drive performs better if it spins faster.
A westerly wind means that the atmosphere is moving faster than the Earth spins.
the earth spins on an axis, which is carried over by conservation of angular momentum when the earth was created
mercury spins faster.
Yes, Neptune spins on its axis much faster than Earth. Neptune has a rotational period of about 16 hours, while Earth's rotational period is about 24 hours. This rapid spin on Neptune contributes to its strong and dynamic weather systems.