Final answer:
A large moon in an elliptical orbit with a large semi-major axis is likely to experience the weakest tidal force due to the planet. A moon in a smaller orbit, regardless of its size, would experience a stronger tidal force. A moon in a perfectly circular orbit would also experience a stronger tidal force compared to a moon in a large elliptical orbit.
Step-by-step explanation:
The tidal force experienced by a moon is determined by the mass and proximity of the planet it orbits. In general, a moon in a large elliptical orbit with a large semi-major axis (c) is likely to experience the weakest tidal force. This is because the gravitational pull from the planet decreases with distance, and a moon in a large orbit is farther away from the planet compared to a moon in a smaller orbit.
On the other hand, a moon in a small orbit, regardless of its size, is closer to the planet and would experience a stronger tidal force. A moon in a perfectly circular orbit (e) would also experience a stronger tidal force compared to a moon in a large elliptical orbit because it remains consistently closer to the planet.