Simple Interest = p * i * n p is principle and i is interest rate per period and n is the number of periods. A = P(1 + r)n is for compound interest.
Simple interest (compounded once) Initial amount(1+interest rate) Compound Interest Initial amount(1+interest rate/number of times compounding)^number of times compounding per yr
Simple interest is calculated one time @ a specified rate over a specific length of time. Compound interest is calculated multiple times @ a specified rated divided by the number of given periods within a specified time. example: $100 @ 10% interest over 1 year. Simple interest: principle x rate x time = interest; $100 x .10 x 1 = $10 example: $100 @ 10% interest compounded quarterly over 1 year. Compound interest: principle x {(1 + rate / #periods)n} = interest $100 x {(1 + .10 / 4 )^4} = $100 x (1 .025 )^4 = $100 x 1.1038 = $10.38
At what rate of simple interest will the interest on Rs.925 be two-fifth of it in 8 years?
To calculate an interest (as money), multiply the capital, times the interest rate (divided by 100, if it is expressed in percent), times the number of periods. The above assumes simple interest; compound interest is a bit more complicated.
The federal prejudgment interest rate is simple, not compound. It is calculated on the principal amount owed, without compounding over time.
Simple Interest = p * i * n p is principle and i is interest rate per period and n is the number of periods. A = P(1 + r)n is for compound interest.
Usually no. Most institutions charge (and pay) compound interest, NOT simple interest.Usually no. Most institutions charge (and pay) compound interest, NOT simple interest.Usually no. Most institutions charge (and pay) compound interest, NOT simple interest.Usually no. Most institutions charge (and pay) compound interest, NOT simple interest.
If the rate of interest is the same, simple interest benefits the borrower. Compound interest charges (or pays) interest on the accrued interest as well as the principal amount. This is why the APR (annual percentage rate) may differ from the base interest rate on a loan, or on revolving credit balances.
Simple interest (compounded once) Initial amount(1+interest rate) Compound Interest Initial amount(1+interest rate/number of times compounding)^number of times compounding per yr
Compound interest gives you more, but at a low interest rate (less than 10%), the difference is negligible.
Or you could just do the same thing in a spreadsheet without having to pay commercial rates for the program to be written for you
With compound interest, the interest due for any period attracts interest for all subsequent periods. As a result, compound interest, for the same rate, is greater.With compound interest, the interest due for any period attracts interest for all subsequent periods. As a result, compound interest, for the same rate, is greater.With compound interest, the interest due for any period attracts interest for all subsequent periods. As a result, compound interest, for the same rate, is greater.With compound interest, the interest due for any period attracts interest for all subsequent periods. As a result, compound interest, for the same rate, is greater.
begin enter Principal amount(Input) enter interest rate(Input) calculate simple interest(Computation/Processing) Display/Show/Print Give sound Simple Interest(output) end By Tomas Naxweka(Namibia)
The answer for rate in simple interest is =rate= simple interest\principle*time
You could get the calculation of your interest rate in your savings account online. They have calculators online that can help you find your interest rate.
At simple rate of interest, the figure will come out to 174.The formula for simple rate of interest calculations is i=prt where i equals the interest, p equals the principal, r equals the rate and t equals the time (in years).To calculate the interest for compound interest, visit the related link.