Answer:
Three cases are considered: First case is to construct a small factory, second is to construct a large factory and third is to do nothing.
Construct a Small Facility is the most suitable option from the business perspective which makes case 1 recommended.
Explanation:
Case 1 - Construct a small facility
Return = [P(High Demand) x Revenue in case of High Demand] + [P(Low Demand) x Revenue in case of Low Demand] - Cost of Setup
= [ 0.4 x 12 ] + [ 0.6 x 10 ] - 6 = $ 4.8 million
Case 2 - Construct a Large Facility
Return = [P(High Demand) x Revenue in case of High Demand] + [P(Low Demand) x Revenue in case of Low Demand] - Cost of Setup
= [0.4 x 14] + [0.6 x 10] - 9 = $ 2.6 million
Case 3 - Do Nothing
Return = 0
Answer: $368.55
Explanation:
Employer payroll tax is;
= Social security + Medicare + State Unemployment Tax + Federal Unemployment tax
Monthly salary = 32,400/12 = $2,700
= (6.2% * 2,700) + (1.45% * 2,700) + ( 5.4% * 2,700) + ( 0.6% * 2,700)
= $368.55
The Belmont report's principle of respect for persons incorporates at least two ethical convictions:first, that individuals should be treated as autonomous agents, and second, that persons with diminished autonomy are entitled to protection.
Belmont Report (1979) Developed by National Commission for the Protection of Human Subjects of medicine<span> and </span>behavioral analysis<span>. I</span>t's an announcement<span> of basic </span>moral<span> principles and </span>tips<span>. </span>
<span>Easy to </span>browse<span> and succint report </span>wont to<span> guide </span>analysis<span> and </span>guarantee<span> protection of participants</span>
Answer:
$170,000
Explanation:
Given that,
Travis Corporation begins the year with $50,000 of tire inventory that means inventories in the beginning of the year.
Purchases of tires during the year = $150,000
At the end of the year,
Purchase cost of remaining inventory = $30,000
Therefore,
Cost of goods sold:
= Beginning inventories + Purchases - Ending inventories
= $50,000 + $150,000 - $30,000
= $200,000 - $30,000
= $170,000
