Answer :
Final answer:
The area that the line connecting a planet and its star sweeps out in a particular time frame (here, 39.3 Earth days) would be larger at periapsis according to Kepler's Second Law. However, exact values cannot be given without additional information.
Explanation:
This question relates to Kepler's Second Law of Planetary motion, often referred to as the law of areas. According to Kepler's Second Law, the line that connects a planet to its star sweeps out equal areas in equal times. Consequently, if over the course of 39.3 Earth days the planet is near its periapsis (the closest point to the star), the sweep area would be greater than when the planet is far from its star (at its apoapsis), as the planet moves faster during periapsis. However, without knowing the exact values of the planet's orbital parameters, it's impossible to determine the area in definite terms.
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