Unformatted text preview: − 2 1 cos θ 2. r = − 6 3 2cos 3. r = + 5 2 sin 4. r = − 9 5 6sin 5. Given the eccentricity, 4 3 e = and the directrix y = 1.5, find the polar equation for this conic section. Verify the answer by graphing the polar conic and directrix on the same screen using the graphing calculator. 6. Given the eccentricity, e = 2 3 and a directrix y = 3, find the polar equation for this conic section. Verify the answer by graphing the polar conic and directrix on the same screen using the graphing calculator....
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This note was uploaded on 10/10/2011 for the course MAC 1147 taught by Professor German during the Fall '08 term at University of Florida.
 Fall '08
 GERMAN
 Calculus, PreCalculus, Equations

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