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In Biology, "allometry" is the study of relative changes in organisms in relation to their body size. For example, birds that are larger tend to flap their wings slower (on average) than smaller birds. Suppose that this can be modelled by: S (m) = 1.6m 0.31 %3D where m is the mass (in kilograms) of the bird, and S is the number of wing-strokes per minute. dS Compute dm dS -2.096m 1.31 dm ds -0.31m 1.31 dm -0.496m 131 dm ds 2.096m0.69 dm ds 0.496m 0.69 dm Ouertion

In Biology, "allometry" is the study of relative changes in organisms in relation to their body size. For example, birds that are larger tend to flap their wings slower (on average) than smaller birds. Suppose that this can be modelled by: S (m) = 1.6m 0.31 %3D where m is the mass (in kilograms) of the bird, and S is the number of wing-strokes per minute. dS Compute dm dS -2.096m 1.31 dm ds -0.31m 1.31 dm -0.496m 131 dm ds 2.096m0.69 dm ds 0.496m 0.69 dm Ouertion

Calculus: Early Transcendentals
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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In Biology, "allometry" is the study of relative changes in organisms in relation to their body size. For example, birds that are larger tend to flap their wings slower (on average) than smaller birds. Suppose that this can be modelled by: 0.31 S (m) = 1.6m where m is the mass (in kilograms) of the bird, and S is the number of wing-strokes per minute. ds Compute dm ds -2.096m 1.31 dm SP -0.31m 1.31 dm dS 0.496m 1.31 dm SP 2.096m0.69 dm O ds dm = 0.496m0.69 Question 5
Transcribed Image Text:In Biology, "allometry" is the study of relative changes in organisms in relation to their body size. For example, birds that are larger tend to flap their wings slower (on average) than smaller birds. Suppose that this can be modelled by: 0.31 S (m) = 1.6m where m is the mass (in kilograms) of the bird, and S is the number of wing-strokes per minute. ds Compute dm ds -2.096m 1.31 dm SP -0.31m 1.31 dm dS 0.496m 1.31 dm SP 2.096m0.69 dm O ds dm = 0.496m0.69 Question 5
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