It is 8.16%
17%
2590/2400 gives us 1.079166666666667, or a roughly 8% increase in that time. If we want an 8% increase in 10 months with a simple (non-compounding) interest rate, then it must rise by 8/10 = 0.8% per month.
If the interest rate is the annual equivalent rate then the frequency of compounding is irrelevant.In that case, it would be 146.93In the unlikely even that the interest rate is 8% per month, equivalent to approx 152% annual, it would be worth 10125.71
18600 x (1.04)2 = 18600 x 1.0816 = 20117.76. The effective rate is 8.16%
It is 8.16%
17%
Nine years at 8%
The compound interest formula is FV = P(1+i)^n where FV = Future Value P = Principal i = interest rate per compounding period n = number of compounding periods. Here you will need to calculate i by dividing the nominal annual interest rate by the number of compounding periods per year (that is, i = 4%/12). Also, if the money is invested for 8 years and compounds each month, there will be 8*12 compounding periods. Just plug the numbers into the formula. You can do it!
2590/2400 gives us 1.079166666666667, or a roughly 8% increase in that time. If we want an 8% increase in 10 months with a simple (non-compounding) interest rate, then it must rise by 8/10 = 0.8% per month.
0.67 percent
If the interest rate is the annual equivalent rate then the frequency of compounding is irrelevant.In that case, it would be 146.93In the unlikely even that the interest rate is 8% per month, equivalent to approx 152% annual, it would be worth 10125.71
18600 x (1.04)2 = 18600 x 1.0816 = 20117.76. The effective rate is 8.16%
9.0065 years.
It depends on the number of days you are willing to deposit your money. The average rate in India for a 1 year deposit is around 8% per annum.
8 steps in developing effective communication
What is the future value of $1,200 a year for 40 years at 8 percent interest? Assume annual compounding.