Convert the following equation to standard form by completing the square. Then find the vertex, focus, and directrix of the parabola. Finally, graph the parabola on separate paper or graph paper (NOT on Desmos). You will need to mark enough points to show the proper stretch of the graph. y? – 2y + 12x – 35 = 0 1. What is the equation in standard form? 2. What is the vertex? 3. *Where is the focus located? 4. *What is the directrix? (Type an equation) 5. *Graph the parabola (labeling the vertex, focus and endpoints of the latus rectum) Submit this graph in your work

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Convert the following equation to standard form by completing the square. Then find the vertex, focus, and directrix of the parabola. Finally, graph the
parabola on separate paper or graph paper (NOT on Desmos). You will need to mark enough points to show the proper stretch of the graph.
y? – 2y + 12x – 35 = 0
1. What is the equation in standard form?
2. What is the vertex?
3. *Where is the focus located?
4. *What is the directrix? (Type an equation)
5. *Graph the parabola (labeling the vertex, focus and endpoints of the latus rectum) Submit this graph in your work
Transcribed Image Text:Convert the following equation to standard form by completing the square. Then find the vertex, focus, and directrix of the parabola. Finally, graph the parabola on separate paper or graph paper (NOT on Desmos). You will need to mark enough points to show the proper stretch of the graph. y? – 2y + 12x – 35 = 0 1. What is the equation in standard form? 2. What is the vertex? 3. *Where is the focus located? 4. *What is the directrix? (Type an equation) 5. *Graph the parabola (labeling the vertex, focus and endpoints of the latus rectum) Submit this graph in your work
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