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)
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
choices for first drop down:
vertical stretch
horizontal stretch
vertical compression
horizontal compression
Choises for second drop down:
a horizontal reflection
bot vertical and horizontal reflection
Vertical reflection
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