ps4solnsSp06

ps4solnsSp06 - %Engineering 6 Spring 2006 Problem 4.1...

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%Engineering 6, Spring 2006, Problem 4.1 Solution %(Bacteria population growth) %Turn off extra line breaks in display format compact ; %Clear command window and variables clc; clear; %Define variable for initial population P0 = 100; %Define doubling times for each type of bacteria d1 = 6; d2 = 12; d3 = 24; %Define vector of time values (10 days, in number of hours) t = 24*(1:10); %Calculate population growth for each type at 24-hour intervals P1 = P0*2.^(t/d1); P2 = P0*2.^(t/d2); P3 = P0*2.^(t/d3); %Create table of results table = [P1' P2' P3']; %Set display format to "good" (will either display a %number in fixed or exponential format, depending on which %is shorter). format short g ; %Display results disp( 'Population Growth of Bacteria from Initial Population of 100' ); disp( ' Bacteria 1 Bacteria 2 Bacteria 3' ); disp(table); Displayed results: Population Growth of Bacteria from Initial Population of 100 Bacteria 1 Bacteria 2 Bacteria 3 1600 400 200 25600 1600 400
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This note was uploaded on 01/22/2011 for the course ENG 006 taught by Professor Lagerstrom during the Spring '06 term at UC Davis.

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ps4solnsSp06 - %Engineering 6 Spring 2006 Problem 4.1...

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