The answer is smaller, and the other options: exponential, fractional, and larger, are wrong. Reason is because the place value on the right side of the decimal area is ALWAYS going to be larger than when the place value is to the right of the decimal.
Hope this helped!
Nate
The problem we are having is the antiderivative of
\[e ^{0.2y}.\] We decided to split the problem into:
u = y
\[uv = e^{0.2y}\]
We just aren't sure where to go from here. Help?
The answer for this question is option C.
Answer:
Frederick collects the an amount of $4813.24 at the age of 18 out of which $2000 was the beginning amount.
Step-by-step explanation:
We are given the following information in the question:
Amount = 2000
Interest rate = 5%
The money is compounded annually or yearly.
Time = 18 years
Compound interest =
where P is the principal amount, r is the interest rate, t is the time in years and n is the number of compounding in a year.
Since, the money is compounded yearly we put n = 1.
Putting all the values, we get,
Thus, Frederick collects the an amount of $4813.24 at the age of 18 out of which $2000 was the beginning amount.
Answer:
$4813.24
Step-by-step explanation:
Five percent growth corresponds to multiplication by 1+5%=1.05. So, the amount of money Frederick will have in 18 years is 2000(1+.05)^18= $4813.24
5/37
27/100
27/200