The answer is scientific management. Scientific management is a theory of management that analyzes and produces a workflow. Its main aim is improving economic efficiency, especially labor productivity and is one of the earliest attempts to apply science to the engineering of processes and to management. The theory uses engineering science and mathematics to reduce waste and increase the efficiency of the methods and process of production.
Answer:
b. Debit Work in Process Inventory $160,000; credit Factory Payroll Payable $160,000.
Explanation:
In order to record the cost of goods manufactured, once the goods are finished, you add up all the work in process debits. The following journal entry would be:
Dr Finished goods inventory
Cr Work in process inventory (all added up)
In this case, since you are recording labor usage, you must also credit wages or payroll payable (that correspond to the amount of labor used to manufacture the goods).
Atnswer:
b. lifecycle fund
Explanation:
as from now to 2050 are still remaining 31 years, the money invested is able to go under different risk profiles, looking for getting the maximun return, the lifecycle fund is an excellent choice, it is because this kind of strategies changes according the risk of its costumer changes. it is expected to have during the first years a high exposition to risk such as equity or derivatives, and the more age of the costumer the lower risk profile, so the closer to 2050 the more expected investment into low risk assets, such as fixed income (this is made for having the less losses possible)
Answer:
0.9; 100 million; 90 million; 2,143
Explanation:
The new fuel's price change has a standard deviation that is 50% greater than price changes in gasoline futures prices.
So, if standard deviation of future prices is taken as '1' then for spot price it will be 50% higher, i.e 1.5
The hedge ratio:
= Correlation × (standard deviation of spot price ÷ Standard deviation of future prices)
= 0.6 × (1.5 ÷ 1)
= 0.9
The company has an exposure of 100 million gallons of the new fuel.
Gallons in future gasoline:
= Hedge ratio × 100 million gallons of the new fuel
= 0.9 × 100
= 90 million
Each contract is on 42,000 gallons, then
Number of gasoline futures contracts should be traded:
= 90,000,000 ÷ 42,000
= 2,142.9 or 2,143
Answer: C
Explanation:
Broker K's suggestion will cost Jim $148.57 less than Broker J's suggestion
