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Planets Travel in Elliptical Orbits with the Sun at One 2a2 a

Question 88

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Planets travel in elliptical orbits with the sun at one focus. Assume that the focus is at the pole, the major axis lies on the polar axis, and the length of the major axis is 2a2 a (see figure) . The polar equation of the orbit of a planet is given below, where ee is the eccentricity. If a=88.908×106a = 88.908 \times 10 ^ { 6 } miles and e=0.0260e = 0.0260 , find the perihelion distance (the minimum distance from the sun to the planet) . Round your answer to the nearest mile.
 Planets travel in elliptical orbits with the sun at one focus. Assume that the focus is at the pole, the major axis lies on the polar axis, and the length of the major axis is  2 a  (see figure) . The polar equation of the orbit of a planet is given below, where  e  is the eccentricity. If  a = 88.908 \times 10 ^ { 6 }  miles and  e = 0.0260 , find the perihelion distance (the minimum distance from the sun to the planet) . Round your answer to the nearest mile.    A)   86,596,392  miles B)   91,219,608  miles C)   8,659,639  miles D)   9,121,961  miles E)   865,963,920  miles


A) 86,596,39286,596,392 miles
B) 91,219,60891,219,608 miles
C) 8,659,6398,659,639 miles
D) 9,121,9619,121,961 miles
E) 865,963,920865,963,920 miles

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