If the rate of annual interest is r% the period is n years and the amount invested is y Then the compound interest is y*(1+r/100)^n - y
A compound interest calculator is used for determining how much your invested money can make you in it's lifetime of being invested. This is useful in telling you how much a certain amount of money will make you when it matures.
The interest rates paid on the deposited money and the number of years you leave the money in the bank.
S=P(1+r)^n
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.
If the rate of annual interest is r% the period is n years and the amount invested is y Then the compound interest is y*(1+r/100)^n - y
A compound interest calculator is used for determining how much your invested money can make you in it's lifetime of being invested. This is useful in telling you how much a certain amount of money will make you when it matures.
How is this different from determining if a value is a solution to an equation?
The interest rates paid on the deposited money and the number of years you leave the money in the bank.
S=P(1+r)^n
The interest rates paid on the deposited money and the number of years you leave the money in the bank.
compound... yes it is compound interest.
A compound interest calculator is used for determining how much your invested money can make you in it's lifetime of being invested. This is useful in telling you how much a certain amount of money will make you when it matures.
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.
There is simple interest and there is compound interest but this question is the first that I have heard of a simple compound interest.
its compound interest
compound interest increases interest more than simple interest