Chapter 9: Q. 24 (page 747)
Graph the equation in the θr-plane. Label each arc of your curve with the quadrant in which the corresponding polar graph will occur.
Short Answer
The graph of the equation:
Chapter 9: Q. 24 (page 747)
Graph the equation in the θr-plane. Label each arc of your curve with the quadrant in which the corresponding polar graph will occur.
The graph of the equation:
All the tools & learning materials you need for study success - in one app.
Get started for freeIn Exercises 60 and 61 we ask you to prove Theorem 9.23 for ellipses and hyperbolas
Consider the ellipse with equation where . Let be the focus with coordinates . Let and l be the vertical line with equation . Show that for any point P on the ellipse, , where is the point on closest to .
Use polar coordinates to graph the conics in Exercises 44–51.
Prove that for an ellipse or a hyperbola the eccentricity is given by
In Exercises 24–31 find all polar coordinate representations for the point given in rectangular coordinates.
Complete example 2 by evaluating the integral expression
What do you think about this solution?
We value your feedback to improve our textbook solutions.