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Larger animals tend to have slower heart rates, and smaller animals tend to have larger heart rates. If we let H represent the heart rate of an animal (in beats per minute), and W represent the weight of an animal (in pounds), then the equation H = 210. W models a relationship between H and W. Using this equation, what heart rate (in beats per minute) do we expect for an animal that weighs 100,000 pounds? beats per minute How much would we expect an animal to weigh (in pounds) if its heart rate is 42 beats per minute? pounds

Larger animals tend to have slower heart rates, and smaller animals tend to have larger heart rates. If we let H represent the heart rate of an animal (in beats per minute), and W represent the weight of an animal (in pounds), then the equation H = 210. W models a relationship between H and W. Using this equation, what heart rate (in beats per minute) do we expect for an animal that weighs 100,000 pounds? beats per minute How much would we expect an animal to weigh (in pounds) if its heart rate is 42 beats per minute? pounds

Algebra and Trigonometry (6th Edition)
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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Larger animals tend to have slower heart rates, and smaller animals tend to have larger heart rates. If we let H represent the heart rate of an animal (in beats per minute), and W represent the weight of an animal (in pounds), then the equation H = 210 W-5 . models a relationship between H and W. Using this equation, what heart rate (in beats per minute) do we expect for an animal that weighs 100,000 pounds? beats per minute How much would we expect an animal to weigh (in pounds) if its heart rate is 42 beats per minute? pounds
Transcribed Image Text:Larger animals tend to have slower heart rates, and smaller animals tend to have larger heart rates. If we let H represent the heart rate of an animal (in beats per minute), and W represent the weight of an animal (in pounds), then the equation H = 210 W-5 . models a relationship between H and W. Using this equation, what heart rate (in beats per minute) do we expect for an animal that weighs 100,000 pounds? beats per minute How much would we expect an animal to weigh (in pounds) if its heart rate is 42 beats per minute? pounds
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