Express the polar equation r=f(θ) in parametric form in Cartesian coordinates, where θ is the parameter.
57–64. Graphing polar curves Graph the following equations. Use a graphing utility to check your work and produce a final graph.
r = 2 - 2 sin θ b
검증된 단계별 안내
비슷한 문제에 대한 검증된 영상 답변:
주요 개념
Polar Coordinates and Polar Equations
Graphing Polar Curves
Use of Graphing Utilities
45–60. Areas of regions Find the area of the following regions.
The region common to the circles r = 2 sin θ and r = 1
31–36. Converting coordinates Express the following Cartesian coordinates in polar coordinates in at least two different ways.
(1, √3)
37–52. Curves to parametric equations Find parametric equations for the following curves. Include an interval for the parameter values. Answers are not unique.
The upper half of the parabola x=y ², originating at (0, 0)
65–68. Eccentricity-directrix approach Find an equation of the following curves, assuming the center is at the origin. Graph the curve, labeling vertices, foci, asymptotes (if they exist), and directrices.
A hyperbola with vertices (0, ±2) and directrices y = ±1
Parabola-hyperbola tangency: Let P be the parabola y = px² and H be the right half of the hyperbola x² - y² = 1.
b. At what point does the tangency occur?
