Use the polar equation for planetary orbits, (1 – e²)a r = e cos 0' to find the polar equation of the orbit for Mercury and Earth. Mercury: e = 0.2056 and a = 36.0 × 10° miles e = 0.0167 and a = 92.96 × 106 miles Earth: Use a graphing utility to graph both orbits in the same viewing rectangle. What do you see about the orbits from their graphs that is not obvious from their equations?
Use the polar equation for planetary orbits, (1 – e²)a r = e cos 0' to find the polar equation of the orbit for Mercury and Earth. Mercury: e = 0.2056 and a = 36.0 × 10° miles e = 0.0167 and a = 92.96 × 106 miles Earth: Use a graphing utility to graph both orbits in the same viewing rectangle. What do you see about the orbits from their graphs that is not obvious from their equations?
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.6: Polar Equations Of Conics
Problem 40E
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