Explanation Given: In this exercise, we will examine the relationship between a population’s intrinsic exponential growth rate r and the generation time T --that is, the time it takes an organism to reach reproductive maturity. The following table gives values of the generation time and the exponential growth rate for a selection of lower organisms. 44 The basic unit of time is a day. Organism Generation time T r Bacterium E. coli 0.014 60 Protozoan Paramecium aurelia 0.5 1.24 Spider beetle Eurostus hilleri 110 0.01 Golden spider beetle 154 0.006 Spider beetle Ptinus sexpunctatus 215 0.006 Approach: • Enter the data from given table into your TI-83 graphing calculator. • To enter the data first press STAT key. • Press 1 to select EDIT To determine (b) To find: The formula for r as a power function of length L .

6th Edition

ISBN: 9781337801287

Author: Crauder

Publisher: MCGRAW-HILL HIGHER EDUCATION

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Chapter 5.3, Problem 19E

To determine

(a)

To find:

The formula for r is r=0.85×T−1 and the graph of the equation is shown in Figure (2).

To determine

(b)

To find:

The formula for r as a power function of length L.

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Chapter 5.3, Problem 18E

Chapter 5.3, Problem 20E

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(a) To find: The formula for r is r = 0.85 × T − 1 and the graph of the equation is shown in Figure ( 2 ) .

Solution Summary: The author explains the relationship between a population's intrinsic exponential growth rate r and the generation time T.

Concept explainers

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(a)

To find:

The formula for r is r=0.85×T−1 and the graph of the equation is shown in Figure (2).

(b)

To find:

The formula for r as a power function of length L.

Want to see the full answer?

Chapter 5 Solutions

(a) To find: The formula for r is r = 0.85 × T − 1 and the graph of the equation is shown in Figure ( 2 ) .

Solution Summary: The author explains the relationship between a population's intrinsic exponential growth rate r and the generation time T.

Concept explainers

Videos

(a) To find: The formula for r is r=0.85×T−1 and the graph of the equation is shown in Figure (2).

(b) To find: The formula for r as a power function of length L.

Want to see the full answer?

Chapter 5 Solutions

(a)

To find:

The formula for r is r=0.85×T−1 and the graph of the equation is shown in Figure (2).

(b)

To find:

The formula for r as a power function of length L.