The north pole and the south pole.
Places in the east are ahead in time due to the rotation of the Earth. Each time zone is roughly 15 degrees of longitude wide, and because the Earth rotates from west to east, places further east experience sunrise and sunset earlier than places further west.
As you travel east, you move into earlier time zones, which means the time is earlier than your starting point to the west. This is because the Earth rotates from west to east, causing the sun to rise earlier in the east.
Bullets cannot be shot farther west or east due to the Earth's rotation, as their trajectory is primarily determined by the force and direction of the shot. The rotation of the Earth only impacts large distances and long travel times, not the trajectory of a bullet over short distances.
Eastern hemisphere.
It is the northern most point on Earth. You cannot go west or east of it, so the only direction is south. At the South Pole, you can only go north. The Earth rotates based on the North Pole and South Pole. There is no east or west pole.
yes
because the earth rotates from west to east
Anticlockwise. The Earth travels from west to east. In fact all planet exept Venus travel west to east.
Anticlockwise. The Earth travels from west to east. In fact all planet exept Venus travel west to east.
Places in the east are ahead in time due to the rotation of the Earth. Each time zone is roughly 15 degrees of longitude wide, and because the Earth rotates from west to east, places further east experience sunrise and sunset earlier than places further west.
travel exactly east or west
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... Eastern Hemisphere
The Eastern hemisphere
That's the half of the earth's surface known as the "Eastern Hemisphere".
As you travel east, you move into earlier time zones, which means the time is earlier than your starting point to the west. This is because the Earth rotates from west to east, causing the sun to rise earlier in the east.
Bullets cannot be shot farther west or east due to the Earth's rotation, as their trajectory is primarily determined by the force and direction of the shot. The rotation of the Earth only impacts large distances and long travel times, not the trajectory of a bullet over short distances.