b. Could h(n) be 150? Explain how you know. 2. Function h describes the height of a ball, in inches, after n bounces and is defined by a. What is h(3)? What does it represent in this situation? %3D the equation h(n) = 120 · (4) yolgma to sdmun eemotan to 1sdmun h Could h(n) be 150? Explain how you know. enooxe10 16a0l a bluow u to odmun bns asayolgma Which ball loses its height more quickly, this ball or a tennis ball whose height in wonl uoy wod inches aftern bounces is modeled by the function f where f(n) - 50. (5",
b. Could h(n) be 150? Explain how you know. 2. Function h describes the height of a ball, in inches, after n bounces and is defined by a. What is h(3)? What does it represent in this situation? %3D the equation h(n) = 120 · (4) yolgma to sdmun eemotan to 1sdmun h Could h(n) be 150? Explain how you know. enooxe10 16a0l a bluow u to odmun bns asayolgma Which ball loses its height more quickly, this ball or a tennis ball whose height in wonl uoy wod inches aftern bounces is modeled by the function f where f(n) - 50. (5",
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
Problem 1CT
Related questions
Question

Transcribed Image Text:2. Function h describes the height of a ball, in inches, after n bounces and is defined by
a. What is h(3)? What does it represent in this situation?
the equation h(n) = 120 •
to 19dmun
b. Could h(n) be 150? Explain how
1emotau t0 19dmun
you know.
hd Stes to
ogxe 10 16anil s bluoW
admun bns a99volgme
c Which ball loses its height more quickly, this ball or a tennis ball whose height in
inches after n bounces is modeled by the function f where f(n) = 50 · (2)"?
wond uoy
d. How many bounces would it take before the ball bounces less than 12 inches
from the surface?
(From Unit 4 Leson12)
367
sidsglA
I50.05"
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