Answer:
Degree of operating leverage = 7.8
Explanation:
given data
sales = 2,080 units
per unit price = $50
Variable expenses = 25%
total fixed expenses = $68,000
solution
we get here Degree of operating leverage that is express as
Degree of operating leverage = Sales - variable cost ÷ (sales - variable cost - fixed cost) .......................1
here
Sales = 2080 × 50 = 104000
and
Variable cost = 104000 × 25% = 26000
so now put value in equation 1 we get
Degree of operating leverage = 
Degree of operating leverage = 7.8
The amount of money needed now to begin the perpetual payments is
P = A/I =15,000÷0.05=300,000
The amount that would need to have been deposited 25 years ago is
P=A÷(1+r)^t
P=300,000÷(1+0.05)^(25)
P=88,590.83
project's payback period is 4.5 years.
<h3>
What is net operating income?</h3>
- Before deducting any expenditures for financing or taxes, net operational income assesses the profitability of an income-producing asset.
- Subtract all property-related running costs from all income earned at the property to arrive at NOI.
- A property owner can manipulate the operational expenditures included in the NOI statistic by delaying or accelerating particular revenue or expense elements.
- Capital expenses are excluded from the NOI statistic.
- A property owner can use NOI to determine whether the cost of owning and maintaining a property outweighs the benefits of renting it out.
To learn more about net operating income, refer to the following link:
brainly.com/question/15834358
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Answer:
market net operating profit per square foot = $8.80
Explanation:
total investment = $145 per square foot
the investor requires a 6% rate of return = $145 x 6% = $8.70 per square foot
total revenue per square foot = $11
proportional market vacancy and credit loss = $11 x 5% = ($0.55)
<u>other expenses = $11 x 15% = ($1.65) </u>
market net operating profit per square foot = $8.80
The project should be carried out since the net operating profit is larger than the investor's required rate of return.
