Answer:
B) Millcorp has a lawful innocent acquisition of a monopoly.
Answer:<em><u> Offering a discount to students and seniors</u></em> will allow the chocolatier to know which types of consumers are likely to have a lower willingness to pay.
Here the price discrimination should be in respect with the demography i.e. allow the chocolatier to sell truffles to the consumer based on their age groups.
<u><em>The correct option is (3).</em></u>
Answer:
Cost of goods sold is $196
Explanation:
Using FIFO inventory sold are valued at the price of the most earliest stock in inventory.
The 16 units would be valued at $11 per one while the remaining 2 units would be valued at price of the purchase made on August 3 which cost $10 each
costs of goods sold=($11*16)+($10*2)
=$176+$20=$196
The costs of goods sold would be $196 if FIFO method of inventory valuation is used
Advertising sales agents typically work under the direct supervision of a manager or supervisor. True.
Initally, an advertising sales agent works under the direct supervision of a manager or supervisor. They are trained and coached by those who are experienced in the field. Once the sales agent has completed a set amount of hours (based on different agency requirements) they are no longer required to complete check-ins as often. These sales agents are then on their own most of the time by setting their own hours for work as long as they meet company goals.
Answer:
The answer is: 14,400 different production sequences are possible
Explanation:
For this calculation I will assume that the first 5 operations can be made in any order, as well as the last 5.
For the first set of machining operations, since they can go in any order, you choose one operation and then you have 4 operations left, then you choose another operation and you have 3 operations left, then you choose another operation and you have 2 operations left, you choose another option and you have only 1 operation left. This process can be expressed by the following equation: 5 x 4 x 3 x 2 x 1 = 120 possible different combinations. Mathematically it can also be expressed as 5! = 120
The same for the last 5 assembly operations, you have 5 x 4 x 3 x 2 x 1 = 120 possible different combinations.
So to get the total possible combinations of all the process, we just multiply 120 x 120 = 14,000 or 5! x 5! = 14,400
