An object in space that circles around another object is called a satellite. Satellites can be natural, such as moons orbiting planets, or artificial, like man-made spacecraft orbiting Earth.
An artificial satellite.
A rotation refers to an object moving around its own axis. On the other hand, a revolution refers to a movement of an object around another object - in this case, around the Sun.
A satellite is an object that orbits around another object. A satellite can either be natural, like a moon, or man-made like the satellites that help bring Internet and television from around the world.
An artificial satellite is a man made object that orbits a planet or a moon.
Satellite
There is no single word to describe such an object.
An object moving in a straight line maintains a constant direction from its starting point. An object moving in a curved trajectory is following a path that is not straight and may be influenced by another object's gravitational pull or magnetic field.
The factors that contribute to the starting friction experienced by a moving object include the roughness of the surfaces in contact, the weight of the object, and the force needed to overcome static friction.
orbiting
A force that acts on a body moving in a circular path and is directed around the object which the body is moving
The static friction of a non-moving object is called static friction. This type of friction prevents the object from starting to move when a force is applied.
Satellite. Satellites can be natural, in which case we usually call them "moons", or artificial.
revolution is an object moving in a pattern around another object.
any object, natural or artificial, that orbits another object is called a "satellite"
An object that takes around another object is called a satellite. Satellites orbit around planets, moons, or other celestial bodies. They can be natural, like moons, or artificial, like those used for communication or navigation.
The total path length covered by a moving object is called the displacement. This is a vector quantity that represents the distance and direction of the object's movement from its starting point to its ending point.