Answer: Please refer to Explanation.
Explanation:
Two Companies. We shall call them A and B.
If A and B decide not to advertise, they both get $5,000,000.
If A advertises and B does not then A captures $3 million from B at a cost of $2 million meaning their payoff would be,
= 5 million - 2 million + 3 million
= $6 million.
A will have $6 million and B will have $2 million as $3 million was captured from them. This scenario holds true if B is the one that advertises and A does not.
If both of them Advertise, they both reduce their gains by $2 million while capturing $3 million from each other so they'll essentially both have just $3 million if they both decide to advertise.
With the above scenarios, it is better for both companies to ADVERTISE if there is NO COLLUSION. This is because it ensures that they do not get the lowest payoff of $2 million if the other company decides to advertise and they do not.
However, if they DO COLLUDE. They must both decide that NONE of them SHOULD ADVERTISE and this would leave them with their original $5 million each which is a higher payoff than the $3 million they will both receive if they were both advertising.
Answer: Leased employee
Explanation:
Leased employee are employed by a service firm and assigned to work at a business or an organization.
They are contractual employee and paid on the basis of what is deemed in contract.
Answer: 88.89 or 89
Explanation: Futures contract refers to a legal binding which obligates a buyer and seller to transact about a commodity, good, security or services at a predetermined price but goods are delivered or paid for in the future.
Given the following ;
Portfolio value(p) = $20million
Portfolio Beta (b) = 1.2
Index price (i) = 1080
Multiplier = 250
Future value(A) = index price × multiplier
Future value(A) = 1080 × 250 = 270000
Number of contracts (N) = (portfolio value × portfolio Beta) ÷ future value
N = ($20,000,000×1.2)÷270000
N = 24000000 ÷×270000
N = 88.8888=88.89
N = 89 (NEAREST whole number)
How can I ensure that my coworkers and I are in a safe working environment. If your company has an industrial hygienist and also your safety officer can inspect.
Answer:
Total direct labor cost = $16,087.50
Explanation:
Production = 33,000 candles
Minute per candle = 3 minutes
Total minute to produce 33,000 Candle = 33,000 candles * 3 minutes = 99,000 Minutes
Total hours for production = 99,000 / 60 minutes = 1,650 hours
Hence, molding hours = 1,650 hours
Total direct labor cost = Molding hours * Molding labor costs per hour
Total direct labor cost = 1,650 hours * $9.75
Total direct labor cost = $16,087.50
