The present value annuity formula is used to simplify the calculation of the current value of an annuity. A table is used where you find the actual dollar amount of the annuity and then this amount is multiplied by a value to get the future value of that same annuity.
True
well, you take a look at the % (aka the estimated rate) and the number of periods you'll be paying the anuity and look it up on this table. For example if the rate is 8% and you'll be paying 20 periods the number is 10.6036. take 10.6036 and multiply that by the payment and you should find the present value of your annuity due. right that table could be found here... http://www.principlesofaccounting.com/ART/fv.pv.tables/pvforannuitydue.htm
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)
don't take this answer is a factor to the reasonable of the time table of course you stupid
The present value annuity formula is used to simplify the calculation of the current value of an annuity. A table is used where you find the actual dollar amount of the annuity and then this amount is multiplied by a value to get the future value of that same annuity.
True
well, you take a look at the % (aka the estimated rate) and the number of periods you'll be paying the anuity and look it up on this table. For example if the rate is 8% and you'll be paying 20 periods the number is 10.6036. take 10.6036 and multiply that by the payment and you should find the present value of your annuity due. right that table could be found here... http://www.principlesofaccounting.com/ART/fv.pv.tables/pvforannuitydue.htm
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)
Everything is lower than one dollar because you taking the interest out when you are calculating the present value.
FVIFA is used in the following situations: a. What will be the accumulated savings if the annual savings is Rs.X for a given period? b. How much should we save annually to get a lump sum amount after a certain period of time? c. For redemption of debentures, how much should a firm deposit annually in sinking fund account to accumulate the redemption amount? PVIFA is used in the following situations: a. How much should i borrow for a particular EMI? b. How to calculate loan amortization schedule? c. How much should we invest for a certain period of time in order to make systematic withdrawal every month/year?
Metalloids are present on staircase pattern in periodic table. They are present on zigzag line.
in periodic table metals are present on left and non metals are present on the right ...
No.
JQ
Metals present in the periodic table are conductors.
yes