2. A fly starts out 2 meters from a lightbulb, flies closer to the light, then farther away (2 meters again). At this point the fly goes toward the bulb again, but hits the bulb and then finally flies away. A. Find a function (it may be piecewise) that gives the distance of the bug from the light as a function of time. [There is more than one solution here-you have lots of freedom with what your function can be, but it must satisfy the situational requirements given.] Demonstrate that your function DOES satisfy the situational requirements. B. What is the domain and range of your function for this situation?

College Algebra
7th Edition
ISBN:9781305115545
Author:James Stewart, Lothar Redlin, Saleem Watson
Publisher:James Stewart, Lothar Redlin, Saleem Watson
Chapter2: Functions
Section: Chapter Questions
Problem 30P: In this problem you are asked to find a function that models in real life situation and then use the...
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Please answer both questions clearly and correctly.
2. A fly starts out 2 meters from a lightbulb, flies closer to the light, then farther away (2
meters again). At this point the fly goes toward the bulb again, but hits the bulb and then
finally flies away.
A. Find a function (it may be piecewise) that gives the distance of the bug from the light as
a function of time. [There is more than one solution here-you have lots of freedom with
what your function can be, but it must satisfy the situational requirements given.]
Demonstrate that your function DOES satisfy the situational requirements.
B. What is the domain and range of your function for this situation?
6.
tv
Transcribed Image Text:2. A fly starts out 2 meters from a lightbulb, flies closer to the light, then farther away (2 meters again). At this point the fly goes toward the bulb again, but hits the bulb and then finally flies away. A. Find a function (it may be piecewise) that gives the distance of the bug from the light as a function of time. [There is more than one solution here-you have lots of freedom with what your function can be, but it must satisfy the situational requirements given.] Demonstrate that your function DOES satisfy the situational requirements. B. What is the domain and range of your function for this situation? 6. tv
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