Answer:
The cheapest option would be to purchase the large computer right away at 9,000 pounds. Even though the other options require a lower initial investment, the probability of needing a large computer in the future is very high and the cost of either acquiring a new computer or expanding an existing one is higher.
Explanation:
Since there is not enough room here I attached the decision tree.
Answer:
Date Account Title Debit Credit
Feb 13 Cash $10,975
Sales $10,000
Sales Tax Payable $975
(10000 * 9.75%)
Answer:
$100
Explanation:
Total cost if he installs seven systems = $300
Total cost if he installs eight systems = $400
Therefore, the marginal cost of installing 8th system is the difference between the total cost of installing eight systems and the total cost of installing seven systems.
Marginal cost of installing 8th system:
= Total cost of installing 8 systems - Total cost of installing 7 systems
= $400 - $300
= $100
The profit maximization conditions says that the marginal cost must be equal to the marginal revenue.
Hence,
William will install eight systems per day only if the eight customer is willing to pay at least $100.
Answer:
It is 3.25 times
Explanation:
EBITDA Multiple = Enterprise Value/ EBITDA
Where EBITDA = EBIT+Depreciation & Amortization
= $91,000+$157,000
=$248,000
Enterprise Value (EV) = Market value of the equity +Debt-Cash and Cash Equivalent
EV= $645,000+$215,000-$53,000
=$807,000
Hence, EBITDA Multiple = $807,000/$248,000
=3.25 times
EBITDA Multiple is used to compares a company’s Enterprise Value to its annual EBITDA.
