$170,299.81/month.
24.00
Assuming that the interest rate is 9.75% per year, the answer will depend on how often the interest is compounded.
This depends on the compounding periods, and the payment schedule. Assuming monthly compounding, and 6% per year, so the monthly rate is 0.06/12 = 0.005 {½ of a percent per month}. If you're borrowing for 24 months then paying the whole thing back at the end of 24 months, that's easy: FV = PV*(1+rate)^time, so Future value {FV} = 6000*(1+.005)^24 = 6762.96, so the interest amount is 762.96 If making payments each month, then need to know how much each month. It's a little more complex, then.
1,750 per Month.
$8,333.33
This would depend on the principal balance of the mortgage.
360
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)
no not neccesarily
The monthly mortgage payments go up or down from year to year.
TEN MILLION! Wow! 180 payments of $94,932.33 - IF you start payments immediately - at the beginning of the month. 180 payments of $95,565.21 - IF you start payments waiting 30 days to start at the end of the month.
The monthly mortgage payments go up or down from year to year.
The monthly mortgage payments go up or down from year to year.
12 months in a year. 12 X 30 = 360 payments.
200000000
the monthly mortagage payments go up or down from year to year
If you have $200,000,000 earning 4% interest, you would make $8,000,000 in one year.