To calculate the monthly payment with APR, you can use the formula for loan payments:
Monthly Payment P r(1r)n / (1r)n - 1
Where: P Principal loan amount r Monthly interest rate (APR divided by 12) n Number of monthly payments
Plug in these values into the formula to find the monthly payment amount.
To calculate the annual percentage rate (APR) from a given monthly payment amount, you would need to know the loan amount, the term of the loan, and any additional fees or charges. Using these values, you can use a formula to solve for the APR.
To calculate the monthly payment for a loan of $22,500 at a fixed APR of 12% over 30 years, you can use the formula for a fixed-rate mortgage: [ M = P \frac{r(1 + r)^n}{(1 + r)^n - 1} ] where ( M ) is the monthly payment, ( P ) is the loan amount, ( r ) is the monthly interest rate (annual rate divided by 12), and ( n ) is the total number of payments (loan term in months). With an APR of 12%, the monthly interest rate ( r ) is 0.01 (12%/12), and ( n ) is 360 (30 years x 12 months). Plugging these values into the formula results in a monthly payment of approximately $233.83.
What is the apr for 17% add on for two years
No, the APR is an annual rate, not a monthly rate.
Yup, you will owe a lot of interest, because a monthly minimum payment just keeps the card current and upto date. Whatever is your APR divide that by 12 is your monthly interest on the balance at that time.
<?php $month = 360; //How many month you have for payment $monthlyPayment = 671.96; //Your monthly payment $moneyBorrowed = 99000; //How much you borrowed $totalPaid = $month * $monthlyPayment; //Number of months * Monthly payment $APRequ = $moneyBorrowed / $totalPaid; //Money Borrowed * Total money paid back $APRMonthly = abs($APRequ-1); //Returns the absolute value of the monthly APR $APR = $APRMonthly * 12; // Monthly APR to get Yearly APR echo $APR; ?>
To calculate the annual percentage rate (APR) from a given monthly payment amount, you would need to know the loan amount, the term of the loan, and any additional fees or charges. Using these values, you can use a formula to solve for the APR.
total cost= monthly payment [1-(1+APR)to the power of -n/APR
To calculate the monthly payment for a loan of $22,500 at a fixed APR of 12% over 30 years, you can use the formula for a fixed-rate mortgage: [ M = P \frac{r(1 + r)^n}{(1 + r)^n - 1} ] where ( M ) is the monthly payment, ( P ) is the loan amount, ( r ) is the monthly interest rate (annual rate divided by 12), and ( n ) is the total number of payments (loan term in months). With an APR of 12%, the monthly interest rate ( r ) is 0.01 (12%/12), and ( n ) is 360 (30 years x 12 months). Plugging these values into the formula results in a monthly payment of approximately $233.83.
What is the apr for 17% add on for two years
No, the APR is an annual rate, not a monthly rate.
Yup, you will owe a lot of interest, because a monthly minimum payment just keeps the card current and upto date. Whatever is your APR divide that by 12 is your monthly interest on the balance at that time.
Your monthly payment, assuming you have quoted the interest rate correctly, should be $165.83 if you pay this off in one year (12 monthly payments)
In California with $10,000 down payment and 2.9 APR. Payment is $272 Per month (Including Tax)
$344.25 over 48 months. $282.55 over 60 months.
If it is 10.24% (per month), then the APR is 222%, but if it's 10.24% compounded monthly, then APR is 10.7345%
To determine the most expensive car you can afford with a $4,000 down payment and a maximum monthly payment of $3,501 at a 12% APR, you can use the formula for the present value of an annuity. However, given the high monthly payment relative to the down payment, the most expensive car would be calculated by first finding the loan amount you can afford based on the monthly payment and interest rate. With these parameters, you could afford a car priced around $100,000, assuming a loan term of 60 months.