a ball and air and sun flower
Yes, some faster than others. In fact, virtually all spacial bodies rotate.
The moon does rotate on its axis as the earth does. The earth rotates once in a day and the moon rotates once in a month ( for those who want to quibble, it's a little more than 27 days ). ADD---the moon rotate at the same speed of the earth, that why we always see the same side of the moon which give the impresion that the moon doesnt rotate but it does!
Gas planets typically rotate faster than Earth. For example, Jupiter rotates the quickest with a day length of about 10 hours, Saturn has a day length of about 10.7 hours, Uranus about 17 hours, and Neptune about 16 hours. In comparison, Earth rotates once every 24 hours.
Gravity is weaker on the moon than on Earth, meaning objects weigh less there.
Because your weight depends on the mass of whatever other body is near you, and your distance from it. The moon has much less mass than the earth has, so the force between you and the moon when you're on it is much less than the force between you and the earth when you're on it.
some objects faster than the others because its due to the movement of the earth.... hahah joke lang :))
some objects faster than the others because its due to the movement of the earth.... hahah joke lang :))
some objects faster than the others because its due to the movement of the earth.... hahah joke lang :))
There are far more than two objects in orbit since the first Sputnik. If the question refers to only natural objects, there is a body sometimes called "Earth's second Moon" but it's not; it merely has its own orbit around the Sun close to the Earth's.
yes
stars
Any study that involves any object in space other than Earth or how the Earth interact with other objects.
Yes, some faster than others. In fact, virtually all spacial bodies rotate.
no
why are some objects faster than other
planet A better answer might be "primary". Objects other than planets can have satellites.
Earth is not affected by the gravitational pull of other objects in space because it is in a stable orbit around the sun. The gravitational force between the Earth and the sun is much stronger than the gravitational pull from other objects in space. Additionally, Earth's distance from these objects and its velocity allow it to maintain its orbit without being significantly affected.