Respuesta :
Answer:
a) 175,437.77
b)
[tex]\left[\begin{array}{ccccc}Year&Beg Principal&Interest&Installment&Ending\\1&175437.77&15789.4&-24500&166727.17\\2&166727.17&15005.45&-24500&157232.62\\3&157232.62&14150.94&-24500&146883.56\\4&146883.56&13219.52&-24500&135603.08\\5&135603.08&12204.28&-24500&123307.36\\6&123307.36&11097.66&-24500&109905.02\\7&109905.02&9891.45&-24500&95296.47\\8&95296.47&8576.68&-24500&79373.15\\9&79373.15&7143.58&-24500&62016.73\\10&62016.73&5581.51&-24500&43098.24\\\end{array}\right][/tex]
[tex]\left[\begin{array}{ccccc}11&43098.24&3878.84&-24500&22477.08\\12&22477.08&2022.94&-24500&0.02\\\end{array}\right][/tex]
(I split into two arrays as I couldn't put the entire information into one)
c) because of the time value of money the principal generates interest over time making the installment pay up both concept principal and interest.
d) they decrease as the principal decreases over time as the lease payment exceeds the interest accrued over the year.
Explanation:
a) it will record at the present value of the lease payment annuity
[tex]C \times \frac{1-(1+r)^{-time} }{rate} = PV\\[/tex]
C 24,500
time 12
rate 0.09
[tex]24500 \times \frac{1-(1+0.09)^{-12} }{0.09} = PV\\[/tex]
PV $175,437.7693
b)
we build the table starting withthe beginning lease value
calcualte the interest accrued over the year and subtract the lease payment
this makes a new balance of the loan principal which start the process again until it is fully paid.