Answer: (B) Backward induction
Explanation:
The backward induction is basically used for making the decisions and it is the process of solving the various types of problems by determining the action properly.
In any type of situation, the backward induction basically used the optimal strategy type for making some effective result of the given situation.
According to the given scenario, Elly should use the backward induction process for making the decisions more effectively regarding her shop.
Therefore, Option (B) is correct.
The minimum price that the barber must charge <em>to increase his salary to $4,000</em> for each of the 200 haircuts is <em>A. $25.</em>
Data and Calculations:
Charge per haircut = $20
Total cost per month = $4,000
Monthly salary = $3,000
Other costs per month = $1,000 ($4,000 - $3,000)
Minimum number of haircuts per month = 200
Expected monthly salary per month = $4,000
Total new monthly expenses = $5,000
Minimum price to charge per haircut = $25 ($5,000/200)
Thus, the minimum price that the barber must charge <em>to increase his salary to $4,000</em> without increasing the number of haircuts is $25.
Learn more: brainly.com/question/14872023
Answer:
a. LIFO.
Explanation:
The LIFO method refers to an inventory method that means the item which is last purchased should be sold first during the period of time. So in this inventory method the earliest cost in the closing inventory should be recorded
Therefore the given situation, the correct option is a.
And, the other options are wrong
Answer:
All of the following are organization-directed benefits associated with offering unconditional guarantees except:
a. the guarantee provides a means to avoid bankruptcy.
Explanation:
Providing or offering customers unconditional guarantees does not help the company to avoid bankruptcy. Bankruptcy arises from inadequate financing resulting from overtrading. Importantly, offering guarantees to customers communicates a clear performance goal to employees to improve service delivery to customers.
If the required rate of return is 7.2%, no such security shall be purchased.
<h3>What does the required rate of return mean?</h3>
The required rate of return is the expected percentage of returns on investment at the time the investment is made. The required rate of return, in this case, is 7.2%.
The actual returns earned from purchasing the security for $8000 and receiving returns of $3600 are calculated to be around a 3.6% return.
As a result, if the required rate of return on investment is 7.2%, the security should not be purchased.
Read more about the required rate of return here:
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