Respuesta :
Pay attention and lets see the procedure given the data above:
r = 0.0101 / 4 = 0.00253
n = 35 yrs * 4 qtrs per year = 140
If this is true then we can use the formula for these cases and proceed like this:
PVoa = PMT[(1 - (1 / ( 1 + r)^n)) / n]
= 4567[1 - (1 / 1.00253^40)) / 0.00253]
= 4567[(1 - 0.70254) / 0.00253]
= 4567[117.80636]
Answer = $538,021.66
Hope this is good for you
r = 0.0101 / 4 = 0.00253
n = 35 yrs * 4 qtrs per year = 140
If this is true then we can use the formula for these cases and proceed like this:
PVoa = PMT[(1 - (1 / ( 1 + r)^n)) / n]
= 4567[1 - (1 / 1.00253^40)) / 0.00253]
= 4567[(1 - 0.70254) / 0.00253]
= 4567[117.80636]
Answer = $538,021.66
Hope this is good for you