3–10 - Finding a Polar Equation for a Conic Write a polar equa- tion of a conic that has its focus at the origin and satisfies the given conditions. 3. Ellipse, eccentricity †, directrix x = 3 4. Hyperbola, eccentricity , directrix x = -3 5. Parabola, directrix y = 2 6. Ellipse, eccentricity 4, directrix y = -4 7. Hyperbola, eccentricity 4, directrix r = 5 sec 0 8. Ellipse, eccentricity 0.6, directrix r = 2 csc 0 9. Parabola, vertex at (5, 7/2) 10. Ellipse, eccentricity 0.4, vertex at (2,0)

3–10 - Finding a Polar Equation for a Conic Write a polar equa- tion of a conic that has its focus at the origin and satisfies the given conditions. 3. Ellipse, eccentricity †, directrix x = 3 4. Hyperbola, eccentricity , directrix x = -3 5. Parabola, directrix y = 2 6. Ellipse, eccentricity 4, directrix y = -4 7. Hyperbola, eccentricity 4, directrix r = 5 sec 0 8. Ellipse, eccentricity 0.6, directrix r = 2 csc 0 9. Parabola, vertex at (5, 7/2) 10. Ellipse, eccentricity 0.4, vertex at (2,0)

Algebra and Trigonometry (6th Edition)

6th Edition

ISBN:9780134463216

Author:Robert F. Blitzer

Publisher:Robert F. Blitzer

ChapterP: Prerequisites: Fundamental Concepts Of Algebra

Section: Chapter Questions

Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...

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Question

3–10 - Finding a Polar Equation for a Conic Write a polar equa-
tion of a conic that has its focus at the origin and satisfies the
given conditions.
3. Ellipse, eccentricity †, directrix x = 3
4. Hyperbola, eccentricity , directrix x = -3
5. Parabola, directrix y = 2
6. Ellipse, eccentricity 4, directrix y = -4
7. Hyperbola, eccentricity 4, directrix r = 5 sec 0
8. Ellipse, eccentricity 0.6, directrix r = 2 csc 0
9. Parabola, vertex at (5, 7/2)
10. Ellipse, eccentricity 0.4, vertex at (2,0)

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