1. What will the value of a dollar grow to in n periods at i interest?
(Table #1 = Future value of a dollar)
2. What will a dollar set aside at the beginning of each year accumulate to after n periods at i interest?
(Table #2 = Accumulation of a dollar per period)
3. How much must be set aside in each of n periods at i interest in order to reach a specific sum in the future?
(Table #3 = Sinking fund factor)
4. What is the value today of a dollar received n periods in the future if one's opportunity cost is i?
(Table #4 = Present value of a dollar)
5. What is the value of the right to receive a dollar each of the next n periods if opportunity cost is i?
(Table #5 = Present value of an ordinary annuity)
6. What instalment payment is required to amortize a debt of one dollar over n periods at i interest?
(Table #6 = Installment to amortize a dollar)
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Six tenths of a dollar is equivalent to $0.60. This can be calculated by multiplying 0.6 (which represents six tenths) by 1 (the value of a dollar). Therefore, six tenths of a dollar is $0.60.
67 cents
1 half-dollar and 5 dimes. BY,Gage Collodi
3 _ 5
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