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The average gas mileage m in miles per gallon for a compact car is modeled by m(s) =-0.015(s - 47) +33 , where s is the car's speed in miles per hour. The average gas mileage for an SUV is modeled by m, (s)=-0.015(s – 47)* +15 . What kind of transformation describes this 3. change and what does this transformation mean?

The average gas mileage m in miles per gallon for a compact car is modeled by m(s) =-0.015(s - 47) +33 , where s is the car's speed in miles per hour. The average gas mileage for an SUV is modeled by m, (s)=-0.015(s – 47)* +15 . What kind of transformation describes this 3. change and what does this transformation mean?

Elementary Geometry For College Students, 7e
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
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Hey I need help on this problem. Please explain it to me. Thank you!

The average gas mileage m in miles per galon for a compact car is modeled by m(s) =- 0.015(s - 47)* +33, where s is the car's speed in miles per hour. The average gas mileage for an SUV is modeled by m, (s)=-0.015(s – 47) +15. What kind of transformation describes this 3. change and what does this transformation mean?
Transcribed Image Text:The average gas mileage m in miles per galon for a compact car is modeled by m(s) =- 0.015(s - 47)* +33, where s is the car's speed in miles per hour. The average gas mileage for an SUV is modeled by m, (s)=-0.015(s – 47) +15. What kind of transformation describes this 3. change and what does this transformation mean?
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