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Sheri Dan has applied for a mortgage from a Canadian bank

Finance

Sheri Dan has applied for a mortgage from a Canadian bank. The mortgage would be for $160,000. The nominal interest rate is 8% per year, compounded semi-annually. The mortgage will be paid off in 22 years.

Requirements:

A) What is the effective annual rate? (round your answer to two decimal places)

B) If the mortgage requires monthly payments, calculate Sheri's payment. (round your answer to the nearest dollar)

C) If the mortgage requires weekly payments, calculate Sheri's payment. (round your answer to the nearest dollar)

D) If the mortgage requires bi-weekly payments, calculate Sheri's payment. (round your answer to the nearest dollar)

 

 

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A) Computation of the effective annual rate (EAR):-

EAR = (1+rate/n)^n-1

= (1+8%/2)^2-1

= 1.0816 - 1

= 8.16%

 

B) We can calculate the monthly payments by using the following formula in excel:-

=pmt(rate,nper,-pv,fv)

Here,

Pmt = Monthly payments

Rate = 8.16%/12 = 0.68% (monthly)

Nper = 22*12 = 264 periods (monthly)

PV = $160,000

FV = $0

Substituting the values in formula:

= pmt(0.68%,264,-160000,0)

= $1,306.29 Or $1,306

 

C) We can calculate the weekly payments by using the following formula in excel:-

=pmt(rate,nper,-pv,fv)

Here,

Pmt = Weekly payments

Rate = 8.16%/52 = 0.1569% (weekly)

Nper = 22*52 = 1144 periods (weekly)

PV = $160,000

FV = $0

Substituting the values in formula:

= pmt(0.1569%,1144,-160000,0)

= $301.17 Or $301

 

D) We can calculate the bi-weekly payments by using the following formula in excel:-

=pmt(rate,nper,-pv,fv)

Here,

Pmt = Bi-weekly payments

Rate = 8.16%*2/52 = 0.3138% (Bi-weekly)

Nper = 22*52/2 = 572 periods (Bi-weekly)

PV = $160,000

FV = $0

Substituting the values in formula:

= pmt(0.3138%,572,-160000,0)

= $602.45 Or $602