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What is present value of interest factor annuity if n3and i3?
The Present Value of Interest Factor Annuity (PVIFA) is calculated using the formula: PVIFA = (\frac{1 - (1 + i)^{-n}}{i}), where (n) is the number of periods and (i) is the interest rate per period. For (n = 3) and (i = 3%) (or 0.03), the PVIFA can be computed as PVIFA = (\frac{1 - (1 + 0.03)^{-3}}{0.03}). This results in a PVIFA value that can be used to determine the present value of an annuity receiving equal payments over three periods at a 3% interest rate.
What is the relationship between present and future value?
The relationship is that present value is the current value of future cash flows discounted at the appropriate discount rate. Future values are the amount a present value investment is worth after one or more periods. We learn everything we can in the present so we have some of the answers for the future and what we don't know we ask the pros about. The difference between the two is contributed by time. The value of something (an asset) may typically increase over a period of time. $100 that you give me today is not the same as $100 you give a year later. There is an interest (or return) that accrues when you pay me $100 a year later. The future value after n years of an amount P where R is the rate of interest (in percentage) is calculated as P(1+R/100)**n : using compound interest. If R =50 (that is 50% rate of return, I know it is high) and n = 2 years, the future value of P is P*1.5*1.5=2.25P where is today's value. The Present value can be calculated from the future value as P = F/( (1+R/100)**n ) It is necessary to measure the value of an amount that is allowed to grow at a given interest over a period. This is how the future value is determined.
Why the proses of discounting and compounding are related?
Discounting and compounding are related because both processes involve the time value of money, reflecting how the value of money changes over time. Compounding calculates the future value of an investment by applying interest over time, while discounting determines the present value of future cash flows by removing the effects of interest. Essentially, discounting is the reverse of compounding; where compounding grows an amount, discounting reduces it to its present value, both using the same interest rate concept. Together, they provide a comprehensive understanding of how money behaves over time in financial contexts.
What is the value of 10000 with a 5 percent interest over 30 years?
see this similar question, problem is done the same way.What_is_the_value_of_10000_with_a_3_percent_interest_over_30_years
What is the interest on R528 at 7 percent simple interest over 2 years?
7% simple annual interest over 2 years = 14% total interest.14% of R528 = R73.92 .
What is the present value of a 960 annuity payment over five years if interest rates are 9 percent?
To calculate the present value of a $960 annuity payment over five years at an interest rate of 9%, you can use the present value of annuity formula: [ PV = P \times \frac{1 - (1 + r)^{-n}}{r} ] Where ( P ) is the payment amount ($960), ( r ) is the interest rate (0.09), and ( n ) is the number of periods (5). Plugging in the values, the present value is approximately $3,855.12.
Is the issue price of bonds equal to the present value of the principal plus the present value of the interest?
The price of bonds are not equal to the present value and principal upon purchase. The interest is accrued over a certain time period, then collected.
What is the future value in 3 years of the present value of 102.40?
The answer depends on your assumption about interest rates over the period. Without that information it is ot possible to give a more useful answer.
What is the future value of 450 at an interest rate of 15 percent two years from today?
To calculate the future value (FV) of $450 at an interest rate of 15% over two years, you can use the formula: FV = PV × (1 + r)^n, where PV is the present value, r is the interest rate, and n is the number of years. Plugging in the values: FV = 450 × (1 + 0.15)^2 = 450 × 1.3225 = $594.13. Therefore, the future value of $450 at 15% interest after two years is approximately $594.13.
A loan at 6 percent interest over 5 years What is the total output?
If the interest is simple interest, then the value at the end of 5 years is 1.3 times the initial investment. If the interest is compounded annually, then the value at the end of 5 years is 1.3382 times the initial investment. If the interest is compounded monthly, then the value at the end of 5 years is 1.3489 times the initial investment.
What is appropriate percentage for present value?
The answer depends on the term (length of ime) and the interest rate or inflation rate expected over the period.
What is present value of interest factor annuity if n3and i3?
The Present Value of Interest Factor Annuity (PVIFA) is calculated using the formula: PVIFA = (\frac{1 - (1 + i)^{-n}}{i}), where (n) is the number of periods and (i) is the interest rate per period. For (n = 3) and (i = 3%) (or 0.03), the PVIFA can be computed as PVIFA = (\frac{1 - (1 + 0.03)^{-3}}{0.03}). This results in a PVIFA value that can be used to determine the present value of an annuity receiving equal payments over three periods at a 3% interest rate.
What is the relationship between present and future value?
The relationship is that present value is the current value of future cash flows discounted at the appropriate discount rate. Future values are the amount a present value investment is worth after one or more periods. We learn everything we can in the present so we have some of the answers for the future and what we don't know we ask the pros about. The difference between the two is contributed by time. The value of something (an asset) may typically increase over a period of time. $100 that you give me today is not the same as $100 you give a year later. There is an interest (or return) that accrues when you pay me $100 a year later. The future value after n years of an amount P where R is the rate of interest (in percentage) is calculated as P(1+R/100)**n : using compound interest. If R =50 (that is 50% rate of return, I know it is high) and n = 2 years, the future value of P is P*1.5*1.5=2.25P where is today's value. The Present value can be calculated from the future value as P = F/( (1+R/100)**n ) It is necessary to measure the value of an amount that is allowed to grow at a given interest over a period. This is how the future value is determined.
If the interest rate is 0 the future value interest factor equals what?
If the interest rate is 0, the future value interest factor equals 1. This is because, without interest, any amount of money will remain the same over time; thus, the future value of any present amount will be equal to itself. Therefore, regardless of the time period, the future value remains unchanged when the interest rate is 0%.
What would the present value factor be for sixteen point six five percent over ten years?
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Why the proses of discounting and compounding are related?
Discounting and compounding are related because both processes involve the time value of money, reflecting how the value of money changes over time. Compounding calculates the future value of an investment by applying interest over time, while discounting determines the present value of future cash flows by removing the effects of interest. Essentially, discounting is the reverse of compounding; where compounding grows an amount, discounting reduces it to its present value, both using the same interest rate concept. Together, they provide a comprehensive understanding of how money behaves over time in financial contexts.
What is the value of 10000 with a 5 percent interest over 30 years?
see this similar question, problem is done the same way.What_is_the_value_of_10000_with_a_3_percent_interest_over_30_years
