It would be convenient to specify which of Earth's movements you are talking about. In the yearly movement around the Sun, Earth moves at a rate of 30 km per second.
Light travels about 1,860,000 miles in 10 seconds, which is roughly seven times around the Earth.
The sun is by far (99.999%) where the earth gets all of it's energy from. Therefore you can make the argument that every process on earth, man or nature, is driven by the sun.
186300 x 60 = 11178000 miles per minute x 60 = 670680000 miles per hour x 24 = 16096320000
The sky above the Earth extends into space, which is about 62 miles (100 kilometers) above the Earth's surface.
Clouds can be found at different altitudes in the Earth's atmosphere, but on average, they are located about 6,500 to 16,500 feet above the Earth's surface.
The Earth moves about 30 km every second, in its orbit around the Sun - if that's what you mean. (There are other movements as well, for example, around the center of the Milky Way.) You can convert that to other units of measure if you like. For example, multiply that by 60 to find out how much it moves in a minute.
About 1 second away every 50,000 years
Up to a mile.
In fifteen minutes the minute hand of a clock will move 90 degrees, or three hour labels.
Big Ben's minute hands travel approximately 190km every year.
14ft, 7.8in.
Do the math. Earth moves along approximately 30 kilometers every second. Multiply that by the number of seconds in a day.
On average, one person dies every 2 seconds around the world, which translates to about 7,200 deaths per hour or 123 deaths per minute. Therefore, it is statistically likely that multiple people die every 8 minutes globally.
No estoy segura
Earth is constantly moving every day. The continents are very far apart but still over a very long period of time.. the continents will come together again. The continents move 2 centimeters every year. The waters gravity slowly pulls the continents toward it. This is how earth is now..
yes my hamster runs for about 20-25 minutes every day
The less a star appears to move, the farther it is from Earth. Stars that do not appear to move are very far away from Earth, making their apparent motion negligible from our perspective due to the vast distances involved in space.