In: Finance
Ann is looking for a fully amortizing 30 year Fixed Rate Mortgage with monthly payments for $3,200,000. Mortgage A has a 4.38% interest rate and requires Ann to pay 1.5 points upfront. Mortgage B has a 6% interest rate and requires Ann to pay zero fees upfront.
(A) Assuming Ann makes payments for 30 years, what is Ann’s annualized IRR from mortgage A?
(B) Assuming Ann makes payments for 30 years, what is Ann’s annualized IRR from mortgage B?
(C) Assuming Ann makes payments for 2 years before she sells the house and pays the bank the balance, what is Ann’s annualized IRR from mortgage A?
(D) Assuming Ann makes payments for 2 years before she sells the house and pays the bank the balance, what is Ann’s annualized IRR from mortgage B?
ANALYSIS OF MORTGAGE A | |||||||||||||
Rate | Monthly interest rate=(4.38/12)% | 0.365% | |||||||||||
Nper | Number of months =30*12 | 360 | |||||||||||
Pmt | Monthly mortgage payment | $3,200,000 | |||||||||||
PV | Amount of loan | $640,537,778 | (Using PV function of excel with Rate=0.365%, Nper=360, Pmt=-3200000) | ||||||||||
A=PV*1.5% | Amount paid upfron (1.5 points) | $9,608,067 | |||||||||||
B=PV-A | Initial Cash flow | $630,929,712 | |||||||||||
Pv1 | Initial Cash flow | $630,929,712 | |||||||||||
Nper | Number of months | 360 | |||||||||||
Pmt | Monthly Payments | $3,200,000 | |||||||||||
RATE | Monthly Internal Rate of Return | 0.37570% | (Using RATE function of excel with Nper=360, Pmt=3200000, Pv=-630929712) | ||||||||||
(A) | Annualized IRR=RATE*12 | 4.5085% | |||||||||||
.(C) | Future Value of payment for 2 years: | ||||||||||||
Pmt | Monthly Payments | $3,200,000 | |||||||||||
Nper | Number of months | 24 | (2*12) | ||||||||||
Rate | Monthly interest rate=(4.38/12)% | 0.365% | |||||||||||
FV | Future Value of payment for 2 years: | $80,111,645 | (Using FV function of excel with Rate=0.365%, Nper=24, Pmt=-3200000,) | ||||||||||
Future Value of Loan after 2 years | |||||||||||||
PV | Amount of Loan | $640,537,778 | |||||||||||
Nper | Number of months | 24 | |||||||||||
Rate | Monthly interest rate=(4.38/12)% | 0.365% | |||||||||||
FV1 | Future Value of Loan after 2 years | $699,068,420 | (Using FV function of excel with Rate=0.365%, Nper=24, Pv=-64053778) | ||||||||||
B=FV1-FV | Loan Balance after 2 years | $618,956,775 | |||||||||||
IRR for 2 years | |||||||||||||
Pv | Initial Cash Flow | $630,929,712 | |||||||||||
Nper | Number of months | 24 | |||||||||||
Pmt | Monthly Payments | $3,200,000 | |||||||||||
Fv | Terminal Payment | $618,956,775 | |||||||||||
RATE | Monthly Internal Rate of Return | 0.4320% | (Using RATE function of excel with Nper=360, Pmt=3200000, Pv=-630929712,Fv=630929712) | ||||||||||
.(C) | Annualized IRR=RATE*12 | 5.18% | |||||||||||