Answer:
$71,520
Explanation:
we must first determine the monthly payment:
monthly payment = present value / annuity factor
- present value = $608,000
- PV annuity factor, 0.675%, 300 periods = 128.46
monthly payment = $608,000 / 128.46 = $4,732.99
Then I prepared an amortization schedule using an excel spreadsheet. After the 18th payment, the principal balance is $596,005.
The investor will have $667,525 - $596,005 = $71,520
Answer:
A
Explanation:
Optimization using total value calculates the total value of each feasible option and then picks the option with the highest total value.
Optimization using marginal analysis calculates the change in total value when a person switches from one feasible option to another, and the uses these marginal comparisons to choose the option with the highest total value.
Both gives identical answers.
Optimization can be implemented using many different techniques.
One of it, is Total value total benefit - total cost (net benefit).
It translate all cost and benefits into common units, like dollar per month.
Calculate the total net benefit of each alternative.
Pick the alternative with the highest net benefit.
Answer:
Video Games = 35%
Explanation:
As for the provided information, we have:
Operating Income given is exclusive of Depreciation and amortization as operating income do not include so:
Therefore:
EBITDA as percentage of Revenue shall be :
For each segment the calculation shall be:
Film = 
= 30%
Theme Park = 
= 32%
Video Game = 
= 35%
Since the highest percentage is that of video games, it is the most productive.
The options provided do not relate to this question.
Answer:
D) $14,000
Explanation:
Description Estimated life Cost Amortization per year
Sales office 10 years $47,000 $4,700
Warehouse 25 years $75,000 $7,500
Parking lot 15 years $18,000 $1,800
total $14,000
Even though the useful life or the warehouse and parking lot is longer than 10 years, since the lease contract is only for 10 years, then it must be depreciated in 10 years.
