Annual Interest Rate divided by 12= Monthly Interest Rate
The answer for rate in simple interest is =rate= simple interest\principle*time
Corresponding compounding is the interest rate on loan or the financial product restated from nominal interest rate as an interest rate with an annual compound interest.
High rates.However, high interest rates are usually a consequence of high inflation rates and so what matters is not the interest rate but the real interest rate which is the nominal interest rate relative to the inflation rate.Thus a 3% interest rate when inflation is 1% is better that a 5% interest rate when inflation is 4%.
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] %
5.9
The rate will depend on who the lender is and their assessment of the credit risk of the borrower.
Nominal InterestA nominal interest rate is the interest rate that does not compensate for inflation. This is used in relation to "effective interest rate" or "real interest rate."" Real Interest Rate = Nominal Interest Rate - Inflation Rate " Improvement suggested by Palash Bagchi.
A nominal interest rate is an interest rate that does not factor in the rate on inflation. Nominal interest rate could also refer to an interest rate that does not adjust for the full effect of compounding.
A real interest rate and a nominal interest rate are quite similar. The only real difference between the two interest rates are that a nominal interest rate include the cost of inflation where as the real interest rate does not.
Annual Interest Rate divided by 12= Monthly Interest Rate
A nominal interest rate is an interest rate that does not factor in the rate on inflation. Nominal interest rate could also refer to an interest rate that does not adjust for the full effect of compounding.
Let i = annual rate of interest. Then i' = ((1+i )^(1/12))-1 Where i' = monthly rate of interest
The answer for rate in simple interest is =rate= simple interest\principle*time
An effective annual interest rate considers compounding. When the principle is compounded multiple times each year the interest rate increased to be more than the stated interest rate. The increased interest rate is the effective annual interest rate.
Compounding rate is the interest rate at which the rate grow faster than the simple interest on deposit or loan made. It is also said "interest on interest".
A representative interest rate is an interest rate that is exemplary or acrhetypical rate.