a) Sixteen years ago your parents opened a saving account in your name and made a lump sum deposit, today the balance of this ac
1 answer:
Answer:
$102,348.034
Explanation:
It is a simple problem of Compound Interest, we have to find the Principle amount invested.
Given:
Future value (F) = $260,000
Rate(R) = 6% = 6/100 = 0.06
Number of years (n) = 16 years
Initial deposit (C) = ?
Calculation:
$260,000/2.54035168 = C
$102,348.034 = C
So, Initial cash Deposit = $102,348.034
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Answer: $603,500
Explanation:
Ending inventory in 2014;
= Ending inventory balance 2013 + (( * 100) - ending inventory 2013)) * Price index 2014/100
= 550,000 + (() - 550,000)) * 107/100
= $603,500
Answer:
The correct answer is A. $18,276
Explanation:
First you have to calculate how much you'd end up having at the end of the 25 years period in your savings account.
You calculate the total amount saved for each year, using the formula:
Where
is the total amount in the savings account for this period.
is the total amount in the savings account from the previous period.
is the interest rate.
are the annual deposits being made into the savings account.
Therefore for the first year you'd do:
For the second year:
And so on. You can help yourself calculate the value of this series using programs like Excel.
I have attached an Excel file that has a table with the savings values for each of the 25 years.
So, the 25th year you’ll have $365,529.70 in your savings account. Now you simply divide this number by 20 (that will be the number of years you’ll be withdrawing the same dollar amount from your savings account):
In conclusion, you’d be able to withdraw $18,276.485 each year for the following 20 years after the 25th deposit, if all withdrawals are the same dollar amount.