Describe the graph of the equation.r = 18 cos ti+ 4 sin tj – kO It is an ellipse in thex = -1 plane, center at (-1,0, 0), major axis of length 36 parallel to the x-axis, minor axis of length 8parallel to the y-axis.O It is an ellipse in thex = 1 plane, center at (1, 0, 0), major axis of length 18 parallel to the x-axis, minor axis of length 4parallel to the y-axis.O It is an ellipse in the z = -1 plane, center at (0, 0, – 1), major axis of length 36 parallel to the x-axis, minor axis of length 8parallel to the y-axis.O It is an ellipse in the z = -1 plane, center at (0, 0, – 1), major axis of length 36 parallel to the y-axis, minor axis of length 8parallel to the x-axis.O Itis an ellipse in the z = 1 plane, center at (0, 0, 1), major axis of length 18 parallel to the x-axis, minor axis of length 4parallel to the y-axis.

Answered: Describe the graph of the equation. r =…

Calculus: Early Transcendentals

8th Edition

ISBN:9781285741550

Author:James Stewart

Publisher:James Stewart

Chapter1: Functions And Models

Section: Chapter Questions

Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...

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Similar questions

23. What is the center of the ellipse with the equation (x-7)2 (y+4)2 1 ? 16 25 a. (7,4) b. (-7,4) c. (-4,7) d. (4, -7) e. (4,5) 24. Given: cos A = ² , A is in QIV, sin B = -12 180°
Describe the graph of the equation. r = 16 cos ti + 7 sin tj – k O It is an ellipse in the x = - 1 plane, center at (- 1, 0, 0), major axis of length 32 parallel to the x-axis, minor axis of length 14 parallel to the y-axis. O It is an ellipse in the z = - 1 plane, center at (0, 0, – 1), major axis of length 32 parallel to the x-axis, minor axis of length 14 parallel to the y-axis. O It is an ellipse in the z = 1 plane, center at (0, 0, 1), major axis of length 16 parallel to the x-axis, minor axis of length 7 parallel to the y-axis. O It is an ellipse in the z = -1 plane, center at (0, 0, – 1), major axis of length 32 parallel to the y-axis, minor axis of length 14 parallel to the x-axis. O It is an ellipse in the x = 1 plane, center at (1, 0, 0), major axis of length 16 parallel to the x-axis, minor axis of length 7 parallel to the y-axis.
Describe the graph of the equation. r = 5 costi - 19 sin tj+k An ellipse in the planex = 1, center at (1, 0, 0), major axis of length 5 parallel to the x-axis, minor axis of length 19 parallel to they-axis. An ellipse in the planez = 1, center at (0, 0, 1), major axis of length 38 parallel to the y-axis, minor axis of length 10 parallel to the x-axis. O An ellipse in the planex = 1, center at (1, 0, 0), major axis of length 19 parallel to the y-axis, minor axis of length 5 parallel to the x-axis. An ellipse in the planez = 1, center at (0, 0, 1), major axis of length 5 parallel to the x-axis, minor axis of length 19 parallel to they-axis.
Write the standard form of the equation of the hyperbola for which a = 2, the transverse axis is vertical, and t equations of the asymptotes are y = +2x . x2 = 1 - - x2 = 1 O y - = 1 O - = 1
Eliminate the parameter to relate the variables directly in the parametric set of equations and identify the conic section. 3+ sint y = cost- 2 - 00

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