3 years
There are 26.
85,109 if the payments are received at the start of each year and 78,804 if they are received at the end of each year
The formula is: 10.5 dog years per human year for the first 2 years, then 4 dog years per human year for each year after.
5
The age of a dog is 7 times our own. My dog is 5 years old, and therefore, he would be about 35 10.5 dog years per human year for the first 2 years, then 4 dog years per human year for each year after.years in dog years. The above is the old formula the current formula is 10.5 dog years per human year for the first 2 years, then 4 dog years per human year for each year after.
$509.86 per month.
The age of a dog is 7 times our own. My dog is 5 years old, and therefore, he would be about 35 10.5 dog years per human year for the first 2 years, then 4 dog years per human year for each year after.years in dog years. The above is the old formula the current formula is 10.5 dog years per human year for the first 2 years, then 4 dog years per human year for each year after.
The PV of a 30 year 800 per year annuity is 6,444 if the payment is received at the end of the year and 7,217 is the payment is received at the start of the year
92.63 pounds per month at 7% per year, compounded monthly.I got this from my financial calculator: 3 x 12 = 36 payments, (7%)/12 = 0.5833% per month.
Your Aunt Terry has promised to pay you $100 in year 1, $200 in year 2, $300 in year 3, $400 in year 4 and $500 in year 5. Assume that the interest rate is 5% per annum, calculate the present value of Aunt Terry's promised series of payments over the next 5 years. a. The present value of Aunt Terry's promised series of payments is $1,256.64. b. The present value of Aunt Terry's promised series of payments is $1,500. c. None of the other answers are true. d. The present value of Aunt Terry's promised series of payments is $1,319.47.
If based on the present value of annuities Taking a factor of 9.1 Present value of the 15 years annuities is approx $76,506
You need to start with total amount owed, total monthly payments, and annual interest.FORMULA:Payment = (Loan amount x Interest) ÷ (Payments per Year x (1 - (1 + (Interest) ÷ Payments per Year)) raised to the power of negative Payments per Year x Length of Loan)))Or, you could just use Excel and use the PMT function:PMT(interest_rate,number_payments,PV,FV,Type)interest_rate = interest rate for the loannumber_payments = number of payments for the loanPV = present value or principal of the loanFV (optional) = future value or the loan amount outstanding after all payments have been made. If this parameter is omitted, the PMT function assumes a FV value of 0.Type (optional) = when the payments are due. Type can be one of the following values:- 0 = payments due at end of period (default)- 1 = payments due at beginning of period