P represents the population in millions.
An exponential function with a positive exponent means function increases with time t.
An exponential function with a negative exponent means function decreases with time t.
So we're looking for a function with a NEGATIVE exponent.
Also, since question says population will remain CONSTANT at the minimum of 2 (millions) insects, so it should not be a function of time t.
Therefore this condition should be written as P>=2 (millions) [and not 2t].
Given the above information, it will be up to you to choose the correct answer choice.
Answer:
question number 8 has a <u>positive slope</u> is the the answer for number 8 and the rate for number 8 is that counts by 2's on the X axis and on the Y axis it counts by 10's
and question number 9 has a <u>negative slope</u> is the answer for number 9 and the rate of the graph for number 9 is that it decreases by 3's on the X axis and on the Y axis it goes up by 6's
Step-by-step explanation:
The effective annual rate is
(1+r/n)^n -1
where r is the nominal rate and n is the number of compoundings per year.
You have r = 0.2373 and n=365, so the APY is
APY = (1 +0.2373/365)^365 -1 ≈ 26.77%
Answer:
3
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125
This is the answer sorry I couldn’t write it perfect!