Gravitational interaction between celestial bodies influences ____________, while wind primarily disturbs ____________.

The correct answer highlights the fundamental roles that gravitational forces and wind play in shaping oceanic phenomena. Gravitational interaction, primarily from the Moon and the Sun, is responsible for creating tides in Earth's oceans. Tides are the periodic rises and falls in sea level caused by these gravitational forces acting on the water, leading to cyclic changes in water level throughout the day at given coastal areas.

On the other hand, wind is a significant factor in generating waves on the surface of the ocean. The energy from wind transfers to the water, creating waves that can vary significantly in size and intensity based on wind speed and duration. Therefore, the relationship is very much tied to the distinct effects that these forces have in the marine environment.

The other options present different combinations that do not accurately reflect the primary interactions at play. For instance, surge and currents are both water movements, but surge is related to short-term fluctuations due to wind and pressure changes, while currents are generally driven by various factors including temperature and salinity differences, not just wind alone. Similarly, rip currents and ocean swells or tides do not match the defined environmental effects attributed to wind and gravitational pull, which makes those options incorrect in this context.