e second data is to view how many eggs have been collected fr be then brought to laboratories to dry off. Eventually, the eyes ovitrap found in the eggs can then be placed into water to hatch. atch it can be calculated an approximate of how many mosquto lected.Given that E is shown as total numbers of eggs of Ae. ae ovitrap and M represents Months We can see from the data tha
e second data is to view how many eggs have been collected fr be then brought to laboratories to dry off. Eventually, the eyes ovitrap found in the eggs can then be placed into water to hatch. atch it can be calculated an approximate of how many mosquto lected.Given that E is shown as total numbers of eggs of Ae. ae ovitrap and M represents Months We can see from the data tha
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
Answer the questions in full solution and detail and show all formulas used
Transcribed Image Text:The second data is to view how many eggs have been collected from the areas, which
can be then brought to laboratories to dry off. Eventually, the eyes would be dry and the
ovitrap found in the eggs can then be placed into water to hatch. When the larvaes
hatch it can be calculated an approximate of how many mosquitoes scientists have
collected.Given that E is shown as total numbers of eggs of Ae. aegypti recovered from
ovitrap and M represents Months. We can see from the data that the population of
mosquitoes fluctuates either upwards or downwards, in both domains.
A. By using the formula of the instantaneous rate of change, find out the
instantaneous rate of change of the total numbers of eggs of Ae. aegypti
recovered from ovitrap in M=3, M=6 , M= 9 and M=12. The eggs number can be
tith this equation in per thousands:
P(m) = 868m – 124m² – 365m + 654
-
B. Explain the difference of fluctuations in the table data.
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