MATH QUESTION HELP! I HAVE EXAM TOMORROW!
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MATH QUESTION HELP! I HAVE EXAM TOMORROW!

[From: ] [author: ] [Date: 11-10-22] [Hit: ]
The continuously compounded interest formula is A = Pe^(rt), so P = Ae^(-rt).The deposit needed in order to cover the $18,000 in 1 year is $18,000e^(-0.04*1).......
An educational foundation has been o ered a donation that will fund a scholarship
for two years. The rst scholarship award of $18,000 will be paid one year from today. The second
scholarship award of $19,000 will be paid two years from today. The foundation has opened an
account earning interest at an annual percentage rate of 4%, compounded continuously, into which
the donor will immediately deposit sucient funds to cover both awards. How much does the donor
need to deposit? (Rounded to two decimal places.)

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Think of making two deposits today: one to cover the $18,000 paid in 1 year, and the other to cover the $19,000 paid in 2 years.

The continuously compounded interest formula is A = Pe^(rt), so P = Ae^(-rt).

The deposit needed in order to cover the $18,000 in 1 year is $18,000e^(-0.04*1).
The deposit needed in order to cover the $19,000 in 2 years is $19,000e^(-0.04*2).

So the total deposit needed today is
$18,000e^(-0.04*1) + $19,000e^(-0.04*2), or approximately $34,833.42 .

Lord bless you today!

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We use a negative rate since we must work backwards; we need to find how much to deposit to achieve a certain balance later. Using a positive rate wouldn't make sense, because that would result in deposits greater instead of less than the balance that is needed later.

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a) $ 17294.21

b) $ 17539.21

ADD $34,833.42 ANSWER
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