false
Continuous compounding is the process of calculating interest and adding it to existing principal and interest at infinitely short time intervals. When interest is added to the principal, compound interest arise.
Interest paid on interest previously received is the best definition of compounding interest.
You can reduce the principal by making extra payments toward the principal each payment cycle. Ask your lender how best to do it and make certain the amount is deducted from the principal.You can reduce the principal by making extra payments toward the principal each payment cycle. Ask your lender how best to do it and make certain the amount is deducted from the principal.You can reduce the principal by making extra payments toward the principal each payment cycle. Ask your lender how best to do it and make certain the amount is deducted from the principal.You can reduce the principal by making extra payments toward the principal each payment cycle. Ask your lender how best to do it and make certain the amount is deducted from the principal.
mechanics and compounding
It all depends with the amount of the annual or daily compounding. In most cases it is however the daily compounding that pays more than the annual compounding.
True
Yes, but your lender has to agree to it.
compounding of turbines is necessary to make the turbines practically controllable.If compounding is not done the size of the turbine will be huge.Hence by pressure &velocity compounding the turbine becomes small in size &its velocity is also becomes controllable.
Anything you pay over your monthly payment goes right to principal. So pay a little extra every month and you will reduce the principal amount. You could also refinance your first and second into one, and pay what you pay between the 2 now assuming your payment would be lower.
names and phone of compounding pharmacies in Mexico City
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!