A frog leaps from a stump 4.3 feet high and lands 4.3 feet from the base of the stump. We can consider the initial position to be at (0,4.3) and its landing point to be (4.3,0). Answer the following questions. h(x)=-0.5x+1.15x+4.3 (0,4.3) |(4.3,0) .... It is determined that the height of the frog as a function of its distance, x, from the base of the stump is given by the function h(x) = - 0.5x +1.15x+4.3 where h is in feet. How high is the frog when its horizontal distance from the base of the stump is 2 feet? ft (Round to the nearest tenth as needed.)

Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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12 3.4
A frog leaps from a stump 4.3 feet high and lands 4.3 feet from the base of the
stump. We can consider the initial position to be at (0,4.3) and its landing point to
be (4.3,0). Answer the following questions.
h(x)=-0.5x´+1.15x+4.3
(0,4.3)
(4.3,0)
It is determined that the height of the frog as a function of its distance, x, from the base of the stump is given by the function
h(x) = - 0.5x +1.15x+4.3 where h is in feet.
How high is the frog when its horizontal distance from the base of the stump is 2 feet?
ft
(Round to the nearest tenth as needed.)
es
al Z A
DEC
stv
16
Transcribed Image Text:A frog leaps from a stump 4.3 feet high and lands 4.3 feet from the base of the stump. We can consider the initial position to be at (0,4.3) and its landing point to be (4.3,0). Answer the following questions. h(x)=-0.5x´+1.15x+4.3 (0,4.3) (4.3,0) It is determined that the height of the frog as a function of its distance, x, from the base of the stump is given by the function h(x) = - 0.5x +1.15x+4.3 where h is in feet. How high is the frog when its horizontal distance from the base of the stump is 2 feet? ft (Round to the nearest tenth as needed.) es al Z A DEC stv 16
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