The Earth is moving in several different ways.
It is spinning on its axis. If it stopped then we would all weigh a few percent more, but not more than we weigh at the north and south poles, where the Earth's spin has no effect on weight. However the side of the planet facing the sun would get much warmer and the side facing away would get much colder. That would kill all life very quickly.
It is in orbit around the sun. If it stopped then it would fall into the sun. That would kill all life very quickly.
It is in orbit around our galaxy. If it stopped then it would eventually fall into the black hole at the centre of the galaxy, but that would take a very long time; too long to worry about.
The above assumes that it doesn't slow down too quickly. The Earth's spin produces a speed of about 900mph at the surface. If it stopped spinning too quickly then it would cause devastation, but not enough to fling us all into space. It is orbiting the sun at 19 miles per second. If it stopped orbiting too quickly then that would cause even more devastation and would be enough to fling us all into space, or at least the half of us on the right side of the planet.
A description of the motion of the object. Stationary vs moving described by velocity.
No. More accurately, nothing in the universe is stationary. There is no single fixed reference point in the expanding universe, and all known astronomical objects are in motion with respect to one another.
Static
If the ball were simply dropped, the person dropping the ball and a stationary observer should see the same thing.
No. An object that has no net force on it will simply not be accelerating. It can be in motion, but it can not have any change in its velocity.
Motion is always relative to something. There's no such thing as really "stationary."Stationary only means that the motion of the observed object matches the observer's motion. Example: Reading the book that lies 'stationary' in your lap while you're in a car or on a passenger jet.
The opposite of stationary (in one place) would be moving, in motion, or mobile.
A stationary particle.
Continuous vibration rather than motion, but not stationary. Unless the temp drops to absolute zero.
motion can be observed from any position
motion or momentum Motion for A+
frame of reference
A description of the motion of the object. Stationary vs moving described by velocity.
vibratory means stationary with no motion, oscillatory means with uniform motion like pendulam.
There is no such thing as a "stationary" object. Every motion is always measured relative to something else, which, coincidentally, is what the question is all about. The thing against which motion is measured is called the "reference frame".
friction can not move stationary objects, it just opposes the relative motion between them.
no...it has potential energy...as it is not in motion