Answer:
Option (C) is correct.
Explanation:
The required proceeds:
= Amount need to be finance ÷ (1 - 7%)
= $20 million ÷ (1 - 0.07)
= $215,05,376.34 (approx)
Hence, the number of shares needed to be issued:
= required proceeds ÷ Issue price per share
= $215,05,376.34 ÷ $50 per share
= 430,108 shares (approx)
Therefore, 430,108 shares they need to issue to cover the cost of the project plus all floatation costs.
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 and Explanation:
According to the scenario, computation of the given data are as follow:-
Total Sales = No. of Subscription Sold × Advance Price of Subscription
= 500 × $60 = $30,000
August Month Received Amount = (No. of Subscriber × Paid Amount) ÷ (1÷12
)
=(350×$60)÷1÷12
= $21,000 ÷ 12
= $1,750
Balance Sheet
Particular Assets($) Liabilities($) Stockholder Equity($) Income($)
Cash 36,000
Unearned revenue 36,000
Earned revenue -1,800 -1,800
Total 36,000 34,200 -1,800
Income Statement
Income Amount ($) Expense ($) Amount ($)
Earned Revenue -1,800
<span>The largest cattle rancher in a given region will be unable to have a __________ when sufficient numbers of smaller cattle ranchers provide sources of competition.
Monoply
</span>
Answer
D) compared to the EOQ, the maximum inventory would be approx 30% lower.
Explanation
EOQ = √(2*Co*D/Cc)
EPQ= √ (2*Co*D/(Cc*(1-x)))
x=D/P
D = demand rate
P =production rate
Co=ordering cost
Cc=holding cost
1) The production rate would be about double the usage rate.
hence, P = 2D
x=D/2D=0.5
EPQ= √ (2*Co*D/((1-0.5)*Cc))
EPQ= √ (2*Co*D/0.5Cc)
EPQ=√ (1/0.5)*EOQ
EPQ=√ (2)*EOQ
EPQ=1.41*EOQ
Hence, EPQ is around 40% larger than EOQ.
Ans.: c) EPQ will be approximately 40% larger than the EOQ.
2) Compared to the EOQ, the maximum inventory would be
maximum inventory = Q
EPQ = 1.41 EOQ
EPQ = 1.41*Q
Q=EPQ/1.41
Q=0.71 EPQ
Hence, compared to EOQ, maximum inventory in EPQ is only 70% of that in EOQ model.
