Directions: After building a working prototype artillery weapon your team finally gets to fire off an actual live shell. During this live fire exercise you are able to collect measurements to produce a mathematical model for the projectile's flight path. This path is modeled by the function f(x) =- 2(x-4)+7. Create a hand-sketch the graph of the function and write a minimum of 2 sentences explaining your process for completing the graph.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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3 ·. I
1.
Task 3
Directions:
After building a working prototype artillery weapon your team finally gets to fire off an actual live
shell. During this live fire exercise you are able to collect measurements to produce a
mathematical model for the projectile's flight path. This path is modeled by the function
f(x) =- 2(x-4)+7. Create a hand-sketch the graph of the function and write a minimum of 2
sentences explaining your process for completing the graph.
10
-10
10
Explanation:
arch
Transcribed Image Text:Arial 11 Normal text 3 ·. I 1. Task 3 Directions: After building a working prototype artillery weapon your team finally gets to fire off an actual live shell. During this live fire exercise you are able to collect measurements to produce a mathematical model for the projectile's flight path. This path is modeled by the function f(x) =- 2(x-4)+7. Create a hand-sketch the graph of the function and write a minimum of 2 sentences explaining your process for completing the graph. 10 -10 10 Explanation: arch
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