Suppose
Capital invested = Y
Annual Interest Rate = R%
Period of investment = T
Then if the interest is calculated (and compounded) n times a year
total value =
Y*[1 + r/(100*n)]^(n*T)
So interest accrued = Total value - Y
Suppose
Capital invested = Y
Annual Interest Rate = R%
Period of investment = T
Then if the interest is calculated (and compounded) n times a year
total value =
Y*[1 + r/(100*n)]^(n*T)
So interest accrued = Total value - Y
Suppose
Capital invested = Y
Annual Interest Rate = R%
Period of investment = T
Then if the interest is calculated (and compounded) n times a year
total value =
Y*[1 + r/(100*n)]^(n*T)
So interest accrued = Total value - Y
Suppose
Capital invested = Y
Annual Interest Rate = R%
Period of investment = T
Then if the interest is calculated (and compounded) n times a year
total value =
Y*[1 + r/(100*n)]^(n*T)
So interest accrued = Total value - Y
Multiply together the capital, the interest rate (as a fraction) and the number of periods to find out the interest.
due to his interest and work as scientist and other he was not married
They are concentrated on their work, having a romantic interest is impractical in their booked schedules. The executives usually force them into signing contracts forbidding such acts during their tenure.
Ya.. NGOs play major roll in our country..they are stood behind overcome poverty who needs help in critical situations like Gathering food, Living in hut , die with normal disease also...
Indian youth have become inspired by great cricketers from around the world.The game has caught on like hot fire.Children who show interest in the game are often on the look out for support and encouragement from all quarters.sometimes however,some games don't work
Compound interest. This is where you work out the interest on a number, then work out the interest on top of the number with the interest added.
The spreadsheet does not change. The combination is called a compound document because of definition.
For the second (and subsequent) periods, if the interest is to be calculated for the original sum PLUS the interest earned so far then it is compound interest. If only the original amount earns interest in all periods then it is simple interest.
Compound interest with stocks works by reinvesting the earnings from your initial investment, which then generate more earnings. Over time, this compounding effect can significantly increase the value of your investment.
a acountant uses the spreadsheet to help to maths an work things out quicker
AnswerCompound interest works like this.Take a principle (The amount of money you deposit) of $10,000.Lets say that the interest rate is 8% and that it compounds anually.At the end of one year you would have $10,800.With simple interest, at the end of two years, you would have $11,600 because you only earn interst on the principle.After three years you would have $12,400.However, with compound interest, you will earn interest on not just the principle, but the compounded interest as well.Therefore, with compound interest, at the end of two years, you would have 11,664.After three years it would be $12,597.12 and so on.
Because formulae save typing, and brain power - especially if it's a complicated spreadsheet. Take something simple - like a spreadsheet to work out the interest and repayments on a loan... It's much quicker to let the spreadsheet work out the amount of interest to be added each month - than to work it out manually. Additionally, the formula can be copied to more than one cell.
To cite an Excel spreadsheet in a research paper or academic work, include the author's name (if available), the title of the spreadsheet, the date it was created or last updated, the version of Excel used, and the URL or file path where the spreadsheet can be accessed.
It's when you have to pay interest on the principal cost and on the interest from past years.M = P( 1 + i )nM is the final amount including the principal.P is the principal amount.i is the rate of interest per year.n is the number of years invested.
with study at string electronic.
P{1-r/100}^n _p where p is the principal and r the rate and n the years
false