Ellipse Questions

Math

Ellipse

Question Graph the ellipse given below by dragging the center, vertex, and co-vertex points to the correct locations. (x + 5)2 +(3+6)2 = 1 = 16 Provide your answer below: 10 5 (0,3) (0,0) (40) -10 -5 0 5 10 -5 -10

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Ellipse

Question Given the ellipse (x - 5)2 (y+2) + 16 144 = 1 what are the vertices and co-vertices of the ellipse? Select the correct answer below: The vertices are at (17, -2) and (-7, -2). The co-vertices are at (5,2) and (5, -6). The vertices are at (9,-2) and (1, -2). The co-vertices are at (5, 10) and (5, -14). The vertices are at (5,2) and (5,-6). The co-vertices are at (17, -2) and (-7,-2). The vertices are at (5, 10) and (5, -14). The co-vertices are at (9,-2) and (1, -2). B FEEDBACK MORE INSTRUCTION SUBMIT

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Ellipse

Quiz: Week 10 Final Exam x + Linstructure.com/courses/2590/quizzes/10240/take Office 365 ATI Testing Discord Login | Sallie Mae SF D Question 24 1 pts Find the standard form of the equation of the ellipse and give the location of its foci. + = 1 foci at (0, - V13) and (0, V13) = 1 foci at (0,7) and (6,0) + 49 = 1 36 foci at (0, --13) and (0, V13) = 1 49 foci at (0, -7) and (0,7) NOV 21 oli A @ 0 MacBook Air 20 F3 DIL F4 F5 F6 F7 # 3 4 5 8 { E R T U

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Ellipse

9. (10 pts.) For the parametric equations given below, eliminate the parameter to find the Cartesian equation of the curve. Sketch the curve on the axes below. Clearly indicate the portion of the curve mapped out by the parameterization and the direction of motion. If applicable, label the initial and terminal points. x = 2 cost, y= 1+ sint, 0 <t <a y 1

Math

Ellipse

9. (10 pts.) For the parametric equations given below, eliminate the parameter to find the Cartesian equation of the curve. Sketch the curve on the axes below. Clearly indicate the portion of the curve mapped out by the parameterization and the direction of motion. If applicable, label the initial and terminal points. = 2 cost, y=1+ sint, o<t< y

Math

Ellipse

Test: EXAM Module 32 for Math 133 < Question 8 of 10 > This test: 10 point(s) possible This question: 1 point(s) possible Submit test Graph the given ellipse. Label the intercepts. 3x2 + y2 = + = 27 ..... Choose the correct graph below. O A. OB. O c. OD. o 12 12 12- R R. R 0 0 R Q Q @ @ @ O 12 P 12 -12 P 12 -12 -12 VP 12 P 12 s 12 12 P= (3,0) Q=(-3,0) R= (0,313) S = (0,-313) P= (0,313) Q= (0, -313) R=(3,0) S = (-3,0) P= (313,0) Q=(-313,0) R= (0,3) S = (0, -3) P= (0,313) Q = (0,-343) R=(3,0) S=(-3,0)

Math

Ellipse

A system of equations is made up of an ellipse and a hyperbola. Part A: Create the equation of an ellipse centered at the origin, with a horizontal major axis of 8 units and a minor axis of 6 units. Show your work. (3 points) Part B: Create the equation of a hyperbola centered at the origin, with a horizontal transverse axis, vertex at (-7, 0), and asymptotes of y-tx. Show your work. (4 points) 6 7 Part C: Determine the domain of each conic section and use it to explain why there is no solution to the system. (3 points)

Math

Ellipse

A moon's elliptical orbit around a planet is modeled by the equation 225x2 + 900y2 = 202,500, where distance is measured in megameters (Mm). If the planet is the center of the orbit's path, what is the maximum distance between the planet and its moon? 45 Mm 30 Mm 26 Mm 15 Mm

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Ellipse

sinia portillo & | 11/1 = Homework: Topic 32.4 Homework Question 6, 32.4.6 HW Score: 80%, 8 of 10 points X Points: 0 of 1 The orbit of an asteroid is an ellipse with the Sun as a focus. If the center of the ellipse is at the origin, an approximate equation for the orbit is shown below, where x and y are measured in millions of miles. Find the largest possible distance across the ellipse. Asteroid + v2 = 1 4177 5347 Sun .... million miles (Simplify your answer. Round to the nearest million miles as needed.)

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Ellipse

Rugway Fall 2021 Math 133 sinia portillo & | 11/17/21 12:39 AM = Homework: Topic 32.4 Homework Question 7, 32.4.7 HW Score: 80%, 8 of 10 points Points: 0 of 1 Save Bob's backyard is a rectangle 60 meters by 120 meters. He uses this backyard for an exercise area for his dog. He drove two posts into the ground and fastened a rope to each post, passing the rope through the metal ring on his dog's collar. When the dog pulls on the rope while running, its path is an ellipse. If the dog can just reach all four sides of the rectangle, find the equation of the elliptical path. AY 60- 30 What is the equation of the elliptical path? (Type your answer in standard form.)

Math

Ellipse

sinia portillo 8 | 11/17/ = Homework: Topic 32.4 Homework Question 7,32.4.7 HW Score: 80%, 8 of 10 points Points: 0 of 1 Bob's backyard is a rectangle 40 meters by 60 meters. He uses this backyard for an exercise area for his dog. He drove two posts into the ground and fastened a rope to each post, passing the rope through the metal ring on his dog's collar. When the dog pulls on the rope while running, its path is an ellipse. If the dog can just reach all four sides of the rectangle, find the equation of the elliptical path. Ay 40- 20- C 30 What is the equation of the elliptical path? (Type your answer in standard form.)

Math

Ellipse

3 5. Complete the square to determine whether the equation represents an ellipse, parabola, or hyperbola, showing all your work. If the graph is an ellipse, find the center, vertices, and length of the major axis. If it is a hyperbola, find the center, vertices, and asymptotes. If it is a parabola, find the vertex, focus, and directrix. (6 points) x + 2y + 40x + 20y + 434 = 0