Answer:
The correct answer is option D.
Explanation:
The cost-plus pricing is a method of price determination. The price is fixed by adding a standard markup to the cost of the product.
We sum up the direct material cost, the labor cost and the overhead cost of a product. Then we add a certain percentage of markup to arrive at the selling price of the product.
An alternative to cost-plus pricing is value-based pricing.
Answer:
=> fraction of the portfolio that should be allocated to T-bills = 0.4482 = 44.82%.
=> fraction to equity = 0.5518 = 55.18%.
Explanation:
So, in this question or problem we are given the following parameters or data or information which are; that the utility function is U = E(r) – 0.5 × Aσ2 and the risk-aversion coefficient is A = 4.4.
The fraction of the portfolio that should be allocated to T-bills and its equivalent fraction to equity can be calculated by using the formula below;
The first step is to determine or Calculate the value of fraction to equity.
Hence, the fraction to equity = risk premium/(market standard deviation)^2 - risk aversion.
= 8.10% ÷ [(20.48%)^2 × 3.5 = 0.5518.
Therefore, the value for fraction of the portfolio that should be allocated to T-bills = 1 - fraction to equity = 1 - 0.5518 =0.4482 .
Answer:
Marginal cost will equal average total cost when marginal cost is at its lowest point.
Explanation:
The marginal cost curve always intersects the average total cost curve at its lowest point because the marginal cost of making the next unit of output will always affect the average total cost. As a result, so long as marginal cost is less than average total cost, average total cost will fall.
When marginal cost is below average total cost, average total cost will be falling, and when marginal cost is above average total cost, average total cost will be rising. A further m is most productively efficient at the lowest average total cost, which is also where average total cost (ATC) = marginal cost (MC).
The BEST way to handle the situation is to work with central warehouse to arrange a predictable delivery time. Whereas, the WORST way to handle the situation is to change the delivery system so that goods are delivered only once a month.
So, if you are the manager of a retail store, and the shipments of the products you sell arrive once a week from the central warehouse you need to pull a couple of your workers from inside the store who can unload the shipments. As the truck arrives any time in a day, this creates problem as the workers are not availabe whenever the shipment arrives.
The best way through which one can handle the situation is by working with central warehouse to get appropriate information on the delivery date and so that the workers are made available accordingly. Whereas, the worst way to handle this situation is by changing the delivery system.
Hence, options 2 and 3 are correct.
To learn more about delivery system here:
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