In: Finance
With a 12-year loan of 13% annual interest rate compounded monthly, how much is the monthly loan payment of $841,590
| This can be solved using the Present value of the annuity formula | 
| Present value of annuity is = P*(1-(1+r)^-n)/r | 
| "P" is Monthly payment = ? | 
| Present value of annuity is = Loan = $ 841,590. | 
| "n" is No of months = 12*12 = 144 | 
| "r" is Interest rate per year = 13%/12 = 1.083333% | 
| 841590=P*(1-(1+0.01083333)^-144)/0.01083333 | 
| 841590=P*72.7471132 | 
| P is = (841590/72.7471132) | 
| P is = $ 11,568.71/. | 
| The monthly loan payment is $ 11,568.71. |