Question

How are you able to tell if a satellite dish is tracking a satellite during a low-Earth-orbit or a geosynchronous orbit?

Answer 1

Hint : An orbit is the gravitationally curved trajectory of an object, like the trajectory of a planet around a star or a natural satellite around a planet. Normally, orbit refers to a frequently repeating trajectory, although it's going to also ask a non-repeating trajectory.

Complete Step By Step Answer:
A satellite dish tracking a geostationary satellite doesn't get to move in the least.
A satellite in low Earth orbit won't be geostationary and there's no reason for it to be geosynchronous either. So a dish tracking it'll move and not follow a path that repeats once over a day.
So a satellite in orbit keeps time with the world, orbiting the world once for each one rotation of the world. From the attitude of a ground observer, it traces out a path that repeats every day. So a satellite dish tracking such a satellite would follow a path that repeats every day.
The most commonly used quiet orbit is additionally geostationary. If the plane of the orbit of the satellite is equatorial (and the orbit is within the same direction because of the rotation of the world, not backwards), then the satellite will seem stationary from the attitude of a ground observer.

Note :
The Iridium telecom satellites orbit at about 780 km (480 mi). Earth observation satellites, also referred to as remote sensing satellites, including spy satellites and other Earth imaging satellites, use LEO as they're ready to see the surface of the world more clearly by being closer thereto .