I suspect that it will be 6.3!
Principal amount 5,000 Interest rate 9 percent per year = 0.09 Continuous compounding Number of years 7 Future value = P e^rt Future value = (5000) e^(0.09)(7) Amount after 7 years = $9,388.05
Depends on the daily percentage rate.
The formula to calculate the present amount including compound interest is A = P(1 + r/n)nt where P is the principal amount, r is the annual rate expressed as a decimal , t is the number of years, and n is number of times per year that interest is compounded. In the question, P = 5000, r = 0.07, t = 4, and n = 1 A = 5000(1 + 0.07)4 = 5000 x 1.074 = 5000 x 1.310796 = 6553.98
Certificates of Deposit (CDs) may allow interest to be paid out annually. Alternatively, the annual interest can be accumulated and compounded until maturity. The choice must be made at the point of taking out the CD.Annual payment of interest: On each anniversary date the annual interest is paid by transferring it to your current account or to a savings account etc of your choice. This means there is no compounding of interest, year on year.Calculation:5000 at 8 percent is 400. You will receive 400 each year, for 7 years, a total of 2,800.Interest compounded and paid at maturity:Statement of end of year values including interest, at end of year:5400.005,832.006,298.566,802.447,346.647,934.378,569.12At the end of year 7 the total payout will be 8,569.12 i.e. 5000 initial deposit + 3,569.12 total interest earned.NOTE: These calculations assume that no tax is deducted at source.For more information, see Related links below
It is 832 units of currency.
Principal amount 5,000 Interest rate 9 percent per year = 0.09 Continuous compounding Number of years 7 Future value = P e^rt Future value = (5000) e^(0.09)(7) Amount after 7 years = $9,388.05
Depends on the daily percentage rate.
The formula to calculate the present amount including compound interest is A = P(1 + r/n)nt where P is the principal amount, r is the annual rate expressed as a decimal , t is the number of years, and n is number of times per year that interest is compounded. In the question, P = 5000, r = 0.07, t = 4, and n = 1 A = 5000(1 + 0.07)4 = 5000 x 1.074 = 5000 x 1.310796 = 6553.98
If you opened a savings account and deposited 5000 in a six percent interest rate compounded daily, then the amount in the account after 180 days will be 5148.
Certificates of Deposit (CDs) may allow interest to be paid out annually. Alternatively, the annual interest can be accumulated and compounded until maturity. The choice must be made at the point of taking out the CD.Annual payment of interest: On each anniversary date the annual interest is paid by transferring it to your current account or to a savings account etc of your choice. This means there is no compounding of interest, year on year.Calculation:5000 at 8 percent is 400. You will receive 400 each year, for 7 years, a total of 2,800.Interest compounded and paid at maturity:Statement of end of year values including interest, at end of year:5400.005,832.006,298.566,802.447,346.647,934.378,569.12At the end of year 7 the total payout will be 8,569.12 i.e. 5000 initial deposit + 3,569.12 total interest earned.NOTE: These calculations assume that no tax is deducted at source.For more information, see Related links below
Invest at an amount of 200000 at a bank that offers an interest rate of 7,6%p.a Compounded annually for a period of 3 years
It would depend on whether it is compounded yearly (or mothly) or continuously: I would use equation Pe^(rt) P is starting investment, 5000 in this case r is rate t is time
$432
$432
A $5000 investment at an annual simple interest rate of 4.4% earned as much interest after one year as another investment in an account that earned 5.5% annual simple interest. How much was invested at 5.5%?
10795
It is 832 units of currency.