If your next to it, its not moving. if your on the moon watching, its going in a circle. It depends on your frame of reference
The path of the object is straight during uniform motion .
The path of the object is straight during uniform motion .
The path of the object is straight when in uniform motion
idk, just look it up that's what someone who posts the real answer would do
gravity pulls it towards the large object
gravity pulls it towards the large object
As long as the object stays in the same circular path, the acceleration doesn't change. It has to change of the object shifts into a larger or smaller circular path. Just like any other occasion where there's a change of acceleration, it happens when the net force on the object changes.
The path is the orbit
the path length of an object in motion in a given time is the length of actual path traversed by the object in the given time.
weird
a n1qqa path
No. An object orbiting a star would not be called a moon. If an object orbiting a star is large enough and is the dominant object in its orbital path, then it is considered a planet. A similar object that does not dominate its orbital path is a dwarf planet. Smaller objects may be called asteroids or comets.