The answer is dependent on the Earth's rotation ... not the sun.
Thus the answer varies from 1000 mph at the equator to zero at the poles.
A rover simply roves and explores a planet and is designed to move across the surface of a planet or other astronomical body. and a probe is like a missile and gets shot out of the earths atmosphere very very fast and when is up in space takes photos and sends them back to earth, kind of like the Hubble Space Telescope (HST).
It has to travel at least 17,000MPH.
Well, the sun rises in the east and sets in the west. The shadow always points the opposite direction of the sun. Therefore, in the morning, the shadow will point west. At night, the shadow will point east. :) Hope I helped!
About thirty times the speed of sound, Mach 30 approx.
the history channal said around 17,880 mph for any rocket
yes it will
shadow runs as fast as sonic
they have an spear shaped body that lets them swim across the surface fast and reduce drag
shadow can run as fast as sonic. which means he runs at speed of sound.
As fast as your fingernails grow
SHADOW IS FASTER BECAUSE SHADOW HAS HOVER SKATES WHICH PROPEL HIM TO EXTREME SPEEDS
Wind erosion, is the process of wearing away of landforms on the earths surface by the action of wind (ie, fast moving air), movement, motion and aggresiveness.
a shadow
Some streams or rivers can go really fast through plateaus and stuff, on the way they can wash the sediments and rocks that were there before. This causing erosion.
No, unless your shadow is seen because if it is not seen then there is no shadow. also if you run as fast as you can your shadow will still follow you from your reflection from the sun.
Like I know that.....
The reduction of airflow across the surface of the train will help facilitate the train's speed by the reduction of the trains resistance to airflow .