41. Use Patterns and Structure The height of a drone, in meters, above its launching platform that is 5 m above the ground, is modeled by y = 0.1x² - 1.5x + 5, where x is the time in seconds. The drone leaves the launch pad, flies down into a canyon, and then it flies back up again. 5™m y 5 0.1x² 2 1.5x 15 a. What is the factored form of the equation for the height of the drone? 1505 Bill 42. Higher b. After how many seconds will the drone be at ground level? rectand aroun mater
41. Use Patterns and Structure The height of a drone, in meters, above its launching platform that is 5 m above the ground, is modeled by y = 0.1x² - 1.5x + 5, where x is the time in seconds. The drone leaves the launch pad, flies down into a canyon, and then it flies back up again. 5™m y 5 0.1x² 2 1.5x 15 a. What is the factored form of the equation for the height of the drone? 1505 Bill 42. Higher b. After how many seconds will the drone be at ground level? rectand aroun mater
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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Answer by normal factoring and show all work
Transcribed Image Text:12/
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41. Use Patterns and Structure The height of a
drone, in meters, above its launching platform
that is 5 m above the ground, is modeled by
y = 0.1x² - 1.5x + 5, where x is the time in
seconds. The drone leaves the launch pad, flies
down into a canyon, and then it flies back up
again.
5m
e
y 5 0.1x² 2 1.5x 15
a. What is the factored form of the equation
for the height of the drone?
19
215315
42. Higher Order T
rectangular ga
around its bo
material to b
b. After how many seconds will the drone be
at ground level?
9 meters
a. W
fir
SU
E
Transcribed Image Text:Practice
c. After how many seconds will the drone
come back to the height of its platform?
H
designing
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