The string acts like the gravity of the earth. the circular motion of the ball imitates the orbit of he moon.
All the time. (The moon is actually orbiting around the Earth, which is orbiting around the sun)
No. Other stars have been found to have planets orbiting them.
They were orbiting or looking around to see what was around the Earth and they saw the moon an claimed it ours?! Well that's my guess
a moon
The force of gravity causes the moon to orbit the Earth, and the Earth to orbit the sun.
ball spinning on its axis- rotation ball spinning around the head- revolution/ orbiting
Planets do not have suns orbiting around them. Suns have planets orbiting around them. The planet in our solar system with the highest number of discovered moons orbiting around it is Jupiter, with over 100.
All the time. (The moon is actually orbiting around the Earth, which is orbiting around the sun)
Astronomically, you only get smaller masses orbiting larger ones - try imagining a tennis ball on the end of a string, with you swinging the tennis ball around. Now imagine the tennis ball swinging you!
Astronomically, you only get smaller masses orbiting larger ones - try imagining a tennis ball on the end of a string, with you swinging the tennis ball around. Now imagine the tennis ball swinging you!
No, there are not.
The large lump of rock orbiting around the earth is called the moon
No. Other stars have been found to have planets orbiting them.
They were orbiting or looking around to see what was around the Earth and they saw the moon an claimed it ours?! Well that's my guess
spinning, turning around, twirling, revolving, gyrating, pirouetting, spindling, pivoting, swiveling, gimballing
orbiting =D
Orbiting