B. From the data below, estimate a and b for the relationship: MR = aWb where MR is metabolicrate (CO₂ in mL/h) and Wis weight. Please include the final equation in your answer.Hints: You should get positive numbers for both a and b. The value b is a slope on log-logaxes (so you only need to know how to figure out a slope; you don't need any physiologicalinfo from our textbook). Once you have an estimate of b, an easy way to estimate the value ais to use regular (non-log) values.C. How does your estimate of b compare with that of other organisms? A new animal has recently been discovered by one of your colleagues, and you have been askedto estimate the metabolic rate. You are sent 10 animals and you measure their weight with adigital scale and their CO2 production (mL/h) with a metabolic chamber. Your data are shown inthe table. Answer the questions below.12345678910Weight (g)1.55.09.313.2517.721.529.434.240.144.7Metabolic rate (CO₂ in mL/h)0.6641.602.353.153.694.35.35.856.657.20A. Plot the raw data and log-transformed data by hand (on a piece of graph paper preferably).Are the lines different?

The relation between metabolic rate (MR) and weight (W) is given below:- where a and b are…

B. From the data below, estimate a and b for the relationship: MR = aWb where MR is metabolic rate (CO2 in mL/h) and Wis weight. Please include the final equation in your answer. Hints: You should get positive numbers for both a and b. The value b is a slope on log-log axes (so you only need to know how to figure out a slope; you don't need any physiological info from our textbook). Once you have an estimate of b, an easy way to estimate the value a is to use regular (non-log) values. C. How does your estimate of b compare with that of other organisms?

B. From the data below, estimate a and b for the relationship: MR = aWb where MR is metabolic rate (CO2 in mL/h) and Wis weight. Please include the final equation in your answer. Hints: You should get positive numbers for both a and b. The value b is a slope on log-log axes (so you only need to know how to figure out a slope; you don't need any physiological info from our textbook). Once you have an estimate of b, an easy way to estimate the value a is to use regular (non-log) values. C. How does your estimate of b compare with that of other organisms?

Human Physiology: From Cells to Systems (MindTap Course List)

9th Edition

ISBN:9781285866932

Author:Lauralee Sherwood

Publisher:Lauralee Sherwood

Chapter13: The Respiratory System

Section: Chapter Questions

Problem 2SQE

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