Answer:
$338,712
Explanation:
we must first calculate the monthly payment using the present value of an annuity formula:
present value = monthly payment x annuity factor
present value = $340,000
PV annuity factor, 0.529167%, 420 periods = 168.38268
monthly payment = $340,000 / 168.38268 = $2,019.21
Since the monthly payment was actually higher than $1,800, the balloon payment will be almost $340,000
I prepared an amortization schedule using an excel spreadsheet. During the first years, the principal is only decreasing by $1 each month
Auto Loan - installment, secured, fixed
Credit Cards - installment, unsecured, CBE
Mortgage - installment, secured, variable
Payday loan - CBE, secured, and CBE
Personal loan - installment, unsecured, CBE
Small businesses - CBE, unsecured, CBE
Student loan - installment, unsecured, CBE
I believe that’s right. I’m so sorry if it isn’t.
Answer:
c. $18, 750
Explanation:
The computation of the amount of interest expense i.e. accrued is shown below:
= Issued amount × yield on the bonds × given months ÷ total number of months in a year
= $562,500 × 10% × 4 months ÷ 12 months
= $18,750
The 4 months is calculated from July 1 to October 31
Hence, the correct option is c. $18,750
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Answer:
Total cost is 253,800 $ and cost per unit is 31.725 $.
Explanation:
Material (8000 X 6) 48000
Labor (8000 X 5) 40000
Factory OH ( 8000 X 4) 32000
Salaries 42000
Set up cost 34000
Facility level cost <u> 29000</u>
Total Manufacturing Cost <u>225000</u>
Opportunity Cost ( 2400 X 12) 28800
Total Relevant Cost $<u>253,800</u>
<u>Cost / Unit (253800/8000)</u><em> $ 31.725/ unit. </em>