Exponential Growth
Hello, I have attached a assignment that was not completed.. Please look at the word document and the spreadsheet which was not completed. I need this completed in a rush before midnight if possible.
Assignment 1: Exponential Growth
In Module 4, you were introduced to the concept of exponential functions that can be used to model growth and decay. In this exercise, you will use a Microsoft Excel spreadsheet to calculate the exponential growth of a population of your choosing.
Click here to open the Microsoft Excel spreadsheet that you will use to perform the calculations for this assignment.
In the spreadsheet, perform the following operations:
 Input a population value into the box next to Initial Population on the spreadsheet. This population should be anything such as the people, animals, microorganisms, or plants.
 Input a rate of growth for your population into the box next to Rate 1. Since we are interested in a positive annual percent growth rate per year, this number should be greater than zero percent. Be sure to input this number in the form of a decimal.
 Repeat the above procedure for Rate 2 and Rate 3. Make sure that the values you select differ by two percent. For example, the values 0.01, 0.03, and 0.05 would be good choices.
 Under the Time (years) column, input three different year values. Make sure that your values increase by a minimum of two years. For example, 3, 5, 7 years would be good choices.
 When you input all of your data, you’ll see that the spreadsheet has performed the calculations for the future size of each population, rate of growth, and time interval. Additionally, this information will be presented graphically in the chart.
Now that you’ve completed your analysis, it is now time to report the results and examine your findings.
In a Microsoft Word document, respond to the following:
 Calculate what the future size of the population will be, given a specific initial population, rate of growth, and time interval.
Use the exponential equation: Future value = Present value * exp(rt)
 exp is the base "e"
 r = annual rate of growth expressed as a percent
 t = years
Note: The spreadsheet performed these calculations for you, so you can check the answer you obtain with those in the spreadsheet. In order to perform this calculation, you’ll need to have access to a scientific calculator that will have an ex button in order to perform the exp(rt) calculation. There are a number of free scientific calculators available over the Internet. Additionally, all smartphones have calculator apps that have a scientific mode. Check with your instructor for a list of currently available free options if you do not own a scientific calculator.
 Repeat the calculation for at least two other values of t; make sure they are at least two years apart from one another. Use the same values you input into the spreadsheet and compare the answers you obtain to those that appear in the spreadsheet.
 Repeat the calculations using two more selections of population growth rate; ensure that each population growth rate is at least two percent different than the others. Use the same values you input into the spreadsheet and compare the answers you obtain to those that appear in the spreadsheet.
 Examine the graph that your spreadsheet produced based upon the calculations. Did this graph consist of straight lines or curved lines? Describe the shape of these lines for each growth rate. How did they differ? Why?
 Explain the implications of growth rate for your population. What do you think will happen over a long period of time if a given population of organisms is allowed to increase without limits? Are there environmental factors that keep populations from growing exponentially unchecked? What would be the impact on environmental resources?
 Explain the likelihood of your results. Would it be expected that the percent growth rate would stay constant over long periods? Is exponential growth an appropriate assumption for long periods? If not, what other changes in population size might be expected?
For this assignment, you will submit a spreadsheet and a report. The spreadsheet will be the Microsoft Excel file containing your analysis. Name your Microsoft Excel file as follows: LastnameFirstInitial_M5_A1.xls.
The report will be a Microsoft Word document in which you will address all of the questions in this assignment in the form of a narrative. Name your Microsoft Word document as follows: LastnameFirstInitial_M5_A1.docx.
Submit both documents to the M5: Assignment 1 Dropbox by Saturday, April 20, 2013.
Assignment 1 Grading Criteria 
Maximum Points

Select a population size (population could consist of people, animals, microorganisms, or plants). 
20

Select a positive annual percent growth rate per year, which should be greater than 0%. 
20

Calculate what the future size of the population will be, given the below assumptions. Use the exponential equation:

20

Repeat the calculation for SECOND value of t (make sure they are at least two years apart from one another). 
20

Repeat the calculation for THIRD value of t (make sure they are at least two years apart from one another). 
20

Graph the results for population growth by % growth rate, vs. time in years for all FIRST calculations of t. 
40

Graph the results for population growth by % growth rate, vs. time in years for all SECOND calculations of t. 
40

Graph the results for population growth by % growth rate, vs. time in years for all THIRD calculations of t. 
40

Explain the implications of this growth rate for the population’s resource use and the environment. 
40

Explain the likelihood of your above results. Would it be expected that the % growth rate would stay constant over long periods? 
40

Total: 
300

Solution (Text & EXCEL), A+ Grade Guaranteed
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xxxxxx give x xxxxxx to xx solution and xxx me xxxx whenever you need help in xxxxxxx xxxxx xxxx
file1.docx preview (918 words)
Let the xxxxxxx xxxxxxxxxx of domestic cats in x town xx xxxx
In xxxx study xx shall consider three xxxxxx xxxxxx rates of xxx xx xxx 6% xxx modelling xxx xxxxxx of xxx population of domestic xxxx for this town.
The following xxxxxxx xxxxx be used xxx calculating the xxxxxxxxxx xxxxx x years:
Annual xxxxxx Rate, x x xx
Time (years), x x 5
xxx xxxxxxxxxx of domestic xxxx xx xxx town after x xxxxxx considering xx initial population xx 250 and rate of xxxxxx xx 2% xxx xx calculated xx xxxxxxxx
xxxxxxxxx with xx xxxxxxx xxxxxxxxxx of 250 xxxxxxxx cats xxxxxxx xx an annual xxxx of xxx xxx xxxxxx xxxxxxxxxx xx xxxxxxxx cats in the town xxxxx 5 xxxxx is xxxxxxxx to xx 276.
Annual xxxxxx Rate, r x xx
Time xxxxxxxx x = 10
The population of xxxxxxxx cats xx xxx xxxx xxxxx xx years, xxxxxxxxxxx xx initial population xx 250 xxx xxxx of xxxxxx of 2% can be calculated as follows:
xxxxxxxxx xxxx an xxxxxxx population xx xxx domestic xxxx growing at xx annual xxxx of xxx the
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file2.xlsx preview (22 words)
xxxxxx
xxxxxxxxxInitial xxxxxxxxxx  xxx  xxxx 1  xxxx 
Rate 2  xxxx  
xxxx 3  0.06  
xxxx (years)  Future xxxxxxxxxx for xxxx x  xxxxxx Population for Rate x  xxxxxx Population xxx Rate 3 
5  276  xxx  337 
xx  xxx  372  xxx 
xx  412  xxx  xxxx 
Sheet2
Sheet3
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(EXCEL + DOCUMENT) THIS HAS BEEN GRADED A+++ USE AS A GUIDE
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xxxxxx see attached file
xxx xxxxxxx used xx x student. xxxxxxx xxx xxxxxxxx xxx use only as x guide
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answer/Final xxxxxxxxxxx
I xxxxxx an xxxxxxx xxxxxxxxxx of xxxxxxx to xxx xx this investigation. x then used xxx exponential equation: xxxxxx xxxxx x xxxxxxx Population x xxx xx calculate xxx xxxxx population xxxxx a given xxxxxx xx xxxxx In xxxx equation, e xx the natural number xxxxxxxxxxxxxx xxxxxxxx r xx xxx xxxxxx xxxx xx xxxxxx expressed as x xxxxxxxx and x is xxxx having passed xx years.
I xxxx calculated the population after xx years xxxxx three xxxxxxxxx growth rates – xxx xxx and 9%.
Population xx xxxxx xxxx x Initial Population * ert
xxx Rate x x 123456 * xxxxxx x 15) x xxxxxxxxxx xxxxxxxxx with value xxxx spreadsheet xx 261356 For xxxx 2 x 123456 x xxxxxx x 15) = 352794.18, xxxxxxxxx with value from xxxxxxxxxxx of 352794
xxx Rate 3 x 123456 x e(0.09 * xxx xxxxxxxxxxx confirmed xxxx xxxxx from xxxxxxxxxxx xx 476222
I xxxxxxxx xxx process to xxxx the xxxxxxxxxx after xx years.
xxxxxxxxxx xx xxxxxx xxxx = xxxxxxx Population * ert
xxx xxxx 1 x xxxxxx * e(0.05 * 30) = 553291.41, confirmed xxxx value from spreadsheet of = xxxxxx
For xxxx 2 = xxxxxx x xxxxxx x 30) = 1008162.67, xxxxxxxxx xxxx xxxxx from spreadsheet xx = xxxxxxx
xxx Rate x = xxxxxx x xxxxxx x xxx x xxxxxxxxxxx xxxxxxxxx xxxx xxxxx xxxx spreadsheet of x xxxxxxx
And I xxx the xxxx xxxxx for after 45 xxxxxx
xxxxxxxxxx xx xxxxx xxxx x Initial xxxxxxxxxx * xxx
For xxxx 1 = 123456 * xxxxxx * 45) = xxxxxxxxxxx confirmed xxxx xxxxx from xxxxxxxxxxx xx x 1171317
xxx Rate 2 = xxxxxx *
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A++ PERFECTLY DONE (MS EXCEL + WORD REPORT)
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file1.xls preview (35 words)
xxxxxx
xxxxxxxxxxxxxxxxxxxxxxxxx xxxxxxxxxx  10000  xxxx 1  xxxx 
xxxx 2  0.08  
Rate 3  0.01  
xxxx xxxxxxx  xxxxxx xxxxxxxxxx for Rate x  xxxxxx Population for Rate 2  xxxxxx Population xxx Rate 3 
xx  16487  xxxxx  11051 
30  xxxxx  110231  13498 
xx  200855  xxxxxxx  xxxxx 
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xSheet2
Sheet3
xfile2.docx preview (663 words)
xxxxxxxxxxx xxxxxx
Student’s Name
xxxxxx
xxxxxxxxxx
Date
Calculate what the xxxxxx size xx the xxxxxxxxxx xxxx xxx xxxxx x xxxxxxxx xxxxxxx xxxxxxxxxxx xxxx xx growth, xxx time interval.
Using xxx xxxxxxxxxxx xxxxxxxx formula if xxx xxxxxxx xxxxxxxxxx is P, rate xx growth xx x xxx time period xx t years then xxx xxxxxxxxxx xxxxx x years xxxxx xxx
Population x xx
Lets us calculate for rate 1. Here r = xxxxx initial population is xxxxxx
xxx xxxxxxxxxx after 10 xxxxx = xxxxxx x 16487.21
xxxxxx xxx calculation for at least xxx other xxxxxx of t; make sure they xxx xx least two xxxxx xxxxx xxxx xxx xxxxxxxx Use xxx same values xxx input xxxx xxx xxxxxxxxxxx and compare the xxxxxxx xxx obtain xx those that xxxxxx in the spreadsheet.
xxxxx xxx same formula xx above xx have,
xxxxxxxxxx after xx years = xxxxxx = 44816.89
xxxxxxxxxx after xx xxxxx = 10000* = 200855.37
Note xxxx the spreadsheet did xxx consider xxx extra xxxxxxx points xxx except xxx decimal points the answer
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Assignment 1 LASA 2 Exponential Growth*****Already A++ Rated Tutorial Use as Guide Paper*****
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Assignment 1 LASA x xxxxxxxxxxx Growth*****Already xxx xxxxx xxxxxxxx Use as Guide Paper*****
file1.docx preview (574 words)
I xxxxxx xx initial population of xxxxxxx xx xxx in xxxx investigation. I then xxxx the exponential equation: Future xxxxx = xxxxxxx Population x xxx to xxxxxxxxx xxx xxxxx xxxxxxxxxx xxxxx x xxxxx xxxxxx xx xxxxx In this xxxxxxxxx x xx the natural xxxxxx xxxxxxxxxxxxxx 2.7183); r xx xxx annual rate xx growth xxxxxxxxx xx a xxxxxxxx and x is xxxx xxxxxx xxxxxx in xxxxxxx
x then xxxxxxxxxx the xxxxxxxxxx xxxxx xx xxxxx using xxxxx different xxxxxx xxxxx – 5%, 7%, and 9%.
Population xx First xxxx x xxxxxxx xxxxxxxxxx x ert
For xxxx 1 x 123456 x xxxxxx x 15) = xxxxxxxxxx xxxxxxxxx with xxxxx xxxx spreadsheet xx xxxxxxxxxx xxxx x = xxxxxx x xxxxxx * 15) x 352794.18, confirmed with value xxxx xxxxxxxxxxx of 352794
For Rate 3 x 123456 x xxxxxx * xxx xxxxxxxxxxx confirmed with value from xxxxxxxxxxx xx 476222
x xxxxxxxx the xxxxxxx to xxxx xxx population after 30 years.
xxxxxxxxxx at xxxxxx Time x xxxxxxx Population * xxx
xxx Rate 1 = xxxxxx x e(0.05 x 30) = 553291.41, confirmed with xxxxx xxxx spreadsheet of x xxxxxx
xxx xxxx x x 123456 * xxxxxx * 30) x 1008162.67, xxxxxxxxx with xxxxx from xxxxxxxxxxx of x xxxxxxx
For xxxx 3 = xxxxxx * xxxxxx x xxx = xxxxxxxxxxx xxxxxxxxx xxxx value from spreadsheet xx x xxxxxxx
xxx x did xxx xxxx xxxxx for xxxxx 45 xxxxxx
Population at xxxxx Time x Initial Population * ert
xxx xxxx x = 123456 x xxxxxx x 45) = 1171317.92, xxxxxxxxx xxxx value from spreadsheet xx = xxxxxxx
For Rate 2 = xxxxxx * xxxxxx * xxx x 2880977.19, confirmed xxxx
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file2.xls preview (71 words)
Sheet1
xxxxxxxxxxxxxxxxxInitial Popluation  xxxxxx  Rate 1  0.05 
xxxx x  xxxx  
Rate x  xxxx  
xxxx (years)  Future Population xxx Rate 1  Future xxxxxxxxxx xxx xxxx x  xxxxxx Population xxx xxxx 3 
15  261356  xxxxxx  xxxxxx 
30  xxxxxx  1008162  xxxxxxx 
45  xxxxxxx  2880977  7086060 
Sheet1
xxx0  0  x 
15  xx  xx 
Sheet2
xxx0  0  x 
xx  xx  xx 
xx  30  30 
xxxxxx
xxxxxxx0  x  x 
15  xx  15 
30  xx  xx 
45  45  xx 
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MAT106 Module 5 Assignment 1 LASA 2 Exponential Growth
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MAT106 Module x xxxxxxxxxx 1 xxxx x xxxxxxxxxxx Growth
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xxxxxx Module x Assignment x LASA 2 xxxxxxxxxxx Growth.docx
Running xxxxx EXPONENTIAL GROWTH: LASA2 1
EXPONENTIAL xxxxxxx LASA2 2
“Exponential Growth”
Name
Argosy xxxxxxxxxx
xxxxxxxxxxxx Literacy
xxxxxx
Professor:
x xxxx used the xxxxxxxxx xxxxxxx xx xxxxxxxxxxx functions to calculate xxx growth of xxxxxx’s xxxxxxxxxx size that were xxxxxxx residing xx xx xxxxxxx xxx xxxx the initial population xxxx xx xxxx x will xxxxxxxxx xxx size of xxx xxxxxxxxxx xxxxxx xxxxxx xx x rate of x percent in 10 xxxxxx x xxxxxxx in 20 xxxxx and 5 xxxxxxx in xx xxxxx’ time xxxxxxxxx
xxxxx the exponential equation xxxxxxx for xxxx Future xxxxx xxxxxx to: to xxx xxxxxxx value; xx xxx xxxxxx (rt)
xxx being xxx base xxx
r xxxxxx xx the xxxxxx rate xx xxxxxx expressed as x percent
t equals to the years
“The term xxxxxxxxxxx function xx xxxx as x shortcut xxx the xxxxxxx xxxxxxxxxxx xxxxxxxx xxx xxxxx x is xxxxxxx xxxxxxx x number xxxxxxxxxxxxxx 2.718281828)
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