6-4-2 -2 -10-8 6810 -45) -4 -8 10 5. A rocket is launched from a stool located 3 feet above the ground. It reaches its maximum height of 55 feet six seconds after being launched. Find the vertex form of the quadratic function that describes the path of the rocket. 6. Write the equation for the quadratic function shown in the graph below in vertex form. y=a(x-+)"+H

Big Ideas Math A Bridge To Success Algebra 1: Student Edition 2015
1st Edition
ISBN:9781680331141
Author:HOUGHTON MIFFLIN HARCOURT
Publisher:HOUGHTON MIFFLIN HARCOURT
Chapter8: Graphing Quadratic Functions
Section8.3: Graphing F(x)=ax2+bx+c
Problem 1Q
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6-4-2
-2
-10-8
6810
-45)
-4
-8
10
5. A rocket is launched from a stool located 3 feet above the ground. It reaches its maximum height
of 55 feet six seconds after being launched. Find the vertex form of the quadratic function that
describes the path of the rocket.
6. Write the equation for the quadratic function shown in the graph below in vertex form.
y=a(x-+)"+H
Transcribed Image Text:6-4-2 -2 -10-8 6810 -45) -4 -8 10 5. A rocket is launched from a stool located 3 feet above the ground. It reaches its maximum height of 55 feet six seconds after being launched. Find the vertex form of the quadratic function that describes the path of the rocket. 6. Write the equation for the quadratic function shown in the graph below in vertex form. y=a(x-+)"+H
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