Solve the problem.
-A planet's moon has an orbit that is elliptical with eccentricity 0.054 and with the planet at one focus. If the distance between the moon and the planet at perihelion (the closest point) is 364,100
Km, determine the distance at aphelion (the farthest point). Round to the nearest 100 km.
A) 384,900 km
B) 769,800 km
C) 749,000 km
D) 405,700 km

Question

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The Answer of Solve the problem.
-A planet's moon has an orbit that is elliptical with eccentricity 0.054 and with the planet at one focus. If the distance between the moon and the planet at perihelion (the closest point) is 364,100
Km, determine the distance at aphelion (the farthest point). Round to the nearest 100 km.
A) 384,900 km
B) 769,800 km
C) 749,000 km
D) 405,700 km

Solve the Problem. -A Planet's Moon Has an Orbit That Is Elliptical with Is