The results of this program are shown in the following table. The population change is the number of deer born minus the number of deer that died during that year. The herd population started at 2000 when this study began. Calculate the number of deaths (predation + starvation). To determine the deer population change, subtract the number of deaths from births (births - deaths), this can be a positive number, indicating growth, or a negative number which indicates a population decline. Calculate the deer population by adding/subtracting the population change from the population the year before The first row (1971) has been completed for you as an example. Graph the deer and wolf populations as two lines (color and label)
The results of this program are shown in the following table. The population change is the number of deer born minus the number of deer that died during that year. The herd population started at 2000 when this study began. Calculate the number of deaths (predation + starvation). To determine the deer population change, subtract the number of deaths from births (births - deaths), this can be a positive number, indicating growth, or a negative number which indicates a population decline. Calculate the deer population by adding/subtracting the population change from the population the year before The first row (1971) has been completed for you as an example. Graph the deer and wolf populations as two lines (color and label)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
![The results of this program are shown in the following table. The population change is the
number of deer born minus the number of deer that died during that year. The herd population started at 2000 when
this study began.
Calculate the number of deaths (predation + starvation).
To determine the deer population change, subtract the number of deaths from births (births - deaths), this can
be a positive number, indicating growth, ora negative number which indicates a population decline.
Calculate the deer population by adding/subtracting the population change from the population the year before
The first row (1971) has been completed for you as an example.
Graph the deer and wolf populations as two lines (color and label)
Wolf
Population Births
Number of Deer Population
deaths
Year
Deer
Predation Starvation
Deer
Change
Population
1970
starting population, data unknown for prior year.
2000
1971
10
800
400
100
500
+300
2300
1972
12
920
480
240
1973
16
1,000
640
500
1974
22
944
880
180
1975
28
996
1,120
26
1976
24
836
960
121
1977
21
788
840
1978
18
766
720
1979
19
780
760
1980
19
790
760](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F61a2c80f-ce22-4b46-89ce-9fe02d0d3cdf%2Fa54ffaf1-b914-44b0-a30e-4beb179c26ca%2Fnxf8li_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The results of this program are shown in the following table. The population change is the
number of deer born minus the number of deer that died during that year. The herd population started at 2000 when
this study began.
Calculate the number of deaths (predation + starvation).
To determine the deer population change, subtract the number of deaths from births (births - deaths), this can
be a positive number, indicating growth, ora negative number which indicates a population decline.
Calculate the deer population by adding/subtracting the population change from the population the year before
The first row (1971) has been completed for you as an example.
Graph the deer and wolf populations as two lines (color and label)
Wolf
Population Births
Number of Deer Population
deaths
Year
Deer
Predation Starvation
Deer
Change
Population
1970
starting population, data unknown for prior year.
2000
1971
10
800
400
100
500
+300
2300
1972
12
920
480
240
1973
16
1,000
640
500
1974
22
944
880
180
1975
28
996
1,120
26
1976
24
836
960
121
1977
21
788
840
1978
18
766
720
1979
19
780
760
1980
19
790
760
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