On monthly compounding, the monthly rate is one twelfth of the annual rate. Example if it is 6% annual, compounded monthly, that is 0.5% per month.
With simple interest, it is 1.5% per month. If compounded, it is 1.389% approx.
Assuming that the interest rate is 9.75% per year, the answer will depend on how often the interest is compounded.
13.96%
It is approx 8.66%
Compounded annually: 2552.56 Compounded monthly: 2566.72
0.9938% per month, when compounded is equivalent to 12.6% annually.
14.651
With simple interest, it is 1.5% per month. If compounded, it is 1.389% approx.
It is 0.833... recurring % if the interest is simple, or compounded annually. If compounded monthly, it is approx 0.797 %
$73053.88 when compounded month your yearly rate would be 0.061678% * * * * * True, but in real life the quoted interest rate, "6 percent compounded monthly", should read "an interest rate, such that, if it were compounded monthly, would give an annual equivalent rate of 6 percent". The equivalent of 6% annual is 0.487% monthly since 1.0048712 = 1.06
I suspect that it will be 6.3!
If not compounded monthly, a monthly interest rate is simply 1/12 of the annual rate. Things do get complicated, though if the interest is compounded monthly. An annual interest rate of R% is equivalent to a monthly rate of 100*[(1 + R/100)^(1/12) - 1] %
It depends on the rate of interest, how it is compounded, and how long it draws interest.
If the rate is 10% interest on a $20,000 loan for two years, interest will be $4,428.06 if compounded continuously. If compounded annually, it would be $4,200.
Assuming that the interest rate is 9.75% per year, the answer will depend on how often the interest is compounded.
We still need to know how often the interest is compounded ... Weekly ? Daily ? Hourly ? What does "continuous" mean ?
$194.25 if interest is compounded annually. A little more if compounded quarterly, monthly, or daily.