choices for first drop down:vertical stretchhorizontal stretch vertical compression horizontal compression Choises for second drop down:a horizontal reflection bot vertical and horizontal reflection Vertical reflection Shown to the right are two functions.12The dashed graph, in red, is the parent function p(x).The vertical intercept of p(x) is (0, 4).9-The solid graph, in blue, is the child function c(x).The vertical intercept of c(x) is (0, –12).7-5-(a) Use the pull down menus to describe the transformation.(b) Find a formula for the child function c(x) in terms of theparent function p(x).-8 -7-6 --4 -3 -2 -D-1 2 3 4 5 6 7 8(a) The graph of c(x) is aof the graphClick for List-4-of p(x) by a factor of Numberfollowed byClick for List(b) с(x) —-10(Your formula involves p(x).)-12y = p(x)y = c(x)

Given information : Graph of two functions p(x) and c(x).

Shown to the right are two functions. The dashed graph, in red, is the parent function p(x). The vertical intercept of p(x) is (0, 4). 12 9- The solid graph, in blue, is the child function c(x). 7- The vertical intercept of c(x) is (0, –12). 5- (a) Use the pull down menus to describe the transformation. 34 (b) Find a formula for the child function c(x) in terms of the parent function p(x). -4 -3 -2 D- 4 5 (a) The graph of c(x) is a of the graph Click for List -4- of p(x) by a factor of Number followed by Click for List (b) с (х) — -10- (Your formula involves p(x).) -12 -- y = p(x) y = c(x)

Shown to the right are two functions. The dashed graph, in red, is the parent function p(x). The vertical intercept of p(x) is (0, 4). 12 9- The solid graph, in blue, is the child function c(x). 7- The vertical intercept of c(x) is (0, –12). 5- (a) Use the pull down menus to describe the transformation. 34 (b) Find a formula for the child function c(x) in terms of the parent function p(x). -4 -3 -2 D- 4 5 (a) The graph of c(x) is a of the graph Click for List -4- of p(x) by a factor of Number followed by Click for List (b) с (х) — -10- (Your formula involves p(x).) -12 -- y = p(x) y = c(x)

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter9: Quadratic Functions And Equations

Section9.2: Transformations Of Quadratic Functions

Problem 7CYU

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