The lower cost or market approach is (C) required under GAAP for companies that use LIFO or retail inventory.
<h3>
What is market approach?</h3>
- The market approach is a method of evaluating an asset's worth based on the selling price of comparable assets.
- Along with the cost technique and discounted cash-flow analysis, it is one of three main valuation methodologies (DCF).
- Companies that use LIFO or retail inventory are obligated by GAAP to use the lower cost or market method.
- A realtor, for example, can gather information on comparable real estate sales in close vicinity to a client's property and modify those values to account for differences in land area and building square footage to arrive at a market-based valuation for the targeted property.
Therefore, the lower cost or market approach is (C) required under GAAP for companies that use LIFO or retail inventory.
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The complete question is given below:
The lower cost or market approach is _____ for companies that use _____.
a. optional under GAAP; LIFO or the retail inventory
b. optional under GAAP; any method of inventory valuation
c. required under GAAP; LIFO or the retail inventory
d. required under GAAP; any method of inventory valuation
Answer:
The correct answer would be A, Onions.
Explanation:
Meat, vegetables, herbs, etc are simmered with water on a low to medium flame to make a broth. Broths are usually thin and after some time, due to simmering, it starts to get body. The nutrients in the meat or vegetables or herbs start to mix in the water and give it a delicious taste. But the broth is still thin and needs to be thickened. So in order to make the broth thick, we need to add onions into the broth. Now when it will cook on a slow flame, the broth will get a hearty body and all the nutrients of the broth will make an appetizing dish.
Answer:
The expected return on the portfolio is:
10.31% ($3,331.40)
Explanation:
a) Data and Calculations:
Portfolio investments: Expected Returns % Expected Returns $
Stock M = $13,400 8.50% $1,139
Stock N = $18,900 11.60% $2,192.40
Total $32,300 10.31% $3,331.40
Total expected returns in percentage is Expected Returns $/Total Investments * 100
= $3,331.40/$32,300 * 100
= 10.31%
b) The expected returns on the portfolio is derived by calculating the expected returns for each investment and summing up. Then dividing the expected portfolio returns by the portfolio investment. This yields 10.31% percentage value.
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Answer:
option (B) 100
Explanation:
Data provided in the question:
Number of days supplier takes to deliver an order once it has been placed i.e the lead time = 25 days
Standard deviation of daily demand = 20
Now,
Standard deviation of usage during lead time
= Standard deviation of daily demand × √(Lead time)
= 20 × √25
= 20 × 5
= 100
Hence,
The answer is option (B) 100
