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Polar Equations of Conics Can Be Used to Describe the Motion

Question 30

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Polar equations of conics can be used to describe the motion of comets. These paths can be graphed using the following polar equation, where e is the eccentricity of the conic and r per is the perihelion distance measured in AU. The orbit of Saturn has r per = 9.006 and e = 0.056. The motion of Encke's Comet has r per = 0.3317 and e = 2.718282. Graph both the motion of the comet and the orbit of Saturn. Polar equations of conics can be used to describe the motion of comets. These paths can be graphed using the following polar equation, where e is the eccentricity of the conic and r<sub> per </sub> is the perihelion distance measured in AU. The orbit of Saturn has r<sub> per </sub> = 9.006 and e = 0.056. The motion of Encke's Comet has r<sub> per </sub> = 0.3317 and e = 2.718282. Graph both the motion of the comet and the orbit of Saturn. A) B) C) D)


A) Polar equations of conics can be used to describe the motion of comets. These paths can be graphed using the following polar equation, where e is the eccentricity of the conic and r<sub> per </sub> is the perihelion distance measured in AU. The orbit of Saturn has r<sub> per </sub> = 9.006 and e = 0.056. The motion of Encke's Comet has r<sub> per </sub> = 0.3317 and e = 2.718282. Graph both the motion of the comet and the orbit of Saturn. A) B) C) D)
B) Polar equations of conics can be used to describe the motion of comets. These paths can be graphed using the following polar equation, where e is the eccentricity of the conic and r<sub> per </sub> is the perihelion distance measured in AU. The orbit of Saturn has r<sub> per </sub> = 9.006 and e = 0.056. The motion of Encke's Comet has r<sub> per </sub> = 0.3317 and e = 2.718282. Graph both the motion of the comet and the orbit of Saturn. A) B) C) D)
C) Polar equations of conics can be used to describe the motion of comets. These paths can be graphed using the following polar equation, where e is the eccentricity of the conic and r<sub> per </sub> is the perihelion distance measured in AU. The orbit of Saturn has r<sub> per </sub> = 9.006 and e = 0.056. The motion of Encke's Comet has r<sub> per </sub> = 0.3317 and e = 2.718282. Graph both the motion of the comet and the orbit of Saturn. A) B) C) D)
D) Polar equations of conics can be used to describe the motion of comets. These paths can be graphed using the following polar equation, where e is the eccentricity of the conic and r<sub> per </sub> is the perihelion distance measured in AU. The orbit of Saturn has r<sub> per </sub> = 9.006 and e = 0.056. The motion of Encke's Comet has r<sub> per </sub> = 0.3317 and e = 2.718282. Graph both the motion of the comet and the orbit of Saturn. A) B) C) D)

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