> Activity 5: Step by Step! Work in pairs. Transform the given quadratic functions into the formy= a(x-h) + k by following the steps below. 1. y=x-4x- 10 2. y= 3x - 4x + 1 Steps Task 1. Group the terms containing x. 2. Factor out a. 3. Complete the expression in parenthesis to make it a perfect square trinomial. 4. Express the perfect square trinomial as the square of a binomial 5. Give the value of h 6. Give the value of k

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
-40 - 16
k=-
2
h= 2
k--14
By substituting the solved values of h and kin y= a(x- h) + k, we obtain y= (x-2) - 14.
> Activity 5: Step by Step!
Work in pairs. Transform the given quadratic functions into the formy= a(x-h) + kby following
the steps below.
1. y=x-4x- 10
2. y= 3x - 4x +1
Steps
Task
1. Group the terms containing x.
2. Factor out a.
3. Complete the expression in parenthesis to
make it a perfect square trinomial.
4. Express the perfect square trinomial as the
square of a binomial
5. Give the value of h
6. Give the value of k
Did you transform the quadratic function in the form y = a(x-h) + k?
131
Transcribed Image Text:-40 - 16 k=- 2 h= 2 k--14 By substituting the solved values of h and kin y= a(x- h) + k, we obtain y= (x-2) - 14. > Activity 5: Step by Step! Work in pairs. Transform the given quadratic functions into the formy= a(x-h) + kby following the steps below. 1. y=x-4x- 10 2. y= 3x - 4x +1 Steps Task 1. Group the terms containing x. 2. Factor out a. 3. Complete the expression in parenthesis to make it a perfect square trinomial. 4. Express the perfect square trinomial as the square of a binomial 5. Give the value of h 6. Give the value of k Did you transform the quadratic function in the form y = a(x-h) + k? 131
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