Explore BrainMass
Share

Draw the graph of the following parabolas

This content was STOLEN from BrainMass.com - View the original, and get the already-completed solution here!

Draw the graph of the following parabolas:

1. 4y² = -3x

2. x² = 7y

3. (y - 3)² = 12(x + 2)

4. (x + 4)² = -40y

5. x² = 12(y - 2)

6. y² = -32 (x + 3)

7. (x + 1/2)² - 3/2y = 0

8. (x + 4)² = 8(y - 6)

9. V(-3, 6) and F(-1, 6)

10. V(0,0), passing P(4, 6), and axis horizontal

© BrainMass Inc. brainmass.com October 17, 2018, 1:11 am ad1c9bdddf
https://brainmass.com/physics/drawing-graphs/draw-graph-following-parabolas-327686

Solution Preview

Draw the graph of the following parabolas:

1. 4y² = -3x

2. x² = 7y

3. (y - 3)² = 12(x + 2)

4. (x + 4)² = -40y

5. x² = 12(y - 2)

6. y² = -32 (x + 3)

7. (x + 1/2)² - 3/2y = ...

Solution Summary

The expert draws a graph of different parabolas. A complete, neat and step-by-step solution is provided in the attached file.

$2.19
Similar Posting

Problems on Parabola, Ellipse and Hyperbola

#1. Find the equation of parabola describe. Find 2 points of latus rectum.Graph.
Focus(-5,0) Vertex(0,0)

#2 Find the equation of the parabola. Find 2 points that define latus rectum. Graph. Focus (0,1) Diectrix line y= -1

#3. Find the equation of ellipse.draw the graph.
Center (0,0) Focus(0,8) Vertex (0,-10)

#4. Find the equation of ellipse.draw the graph
Focus at (0,8) Vertices at (0,+- 10)

#5. Find all the complex root. Leave your answer in polar form with the argument in degrees.
The complex fourth root of -81i

#6.Find the equation of hyperbola.
Vertices at(-3,0) and (3,0) Asymptote the line y=3x

View Full Posting Details