Answer:The increase in the supply of crops had decreased price by a greater percentage than the percentage increase in the quantity of sales.
Explanation:
An increase in supply leads to a fall in price due to large volume of goods supply compare to non increasing demand and when the rate of fall is greater than sales this will not lead to a rise in revenue despite the increase in effective supply to the market.
Malcolm is engaged in SECONDARY RESEARCH.
Secondary research is a type of research that involves the summary and the synthesis of existing research. Primary research on the other hand is a type of research in which data are generated. Secondary research use primary research as a source of data for analysis.
In the question given above, the reports generated by the government agencies and the local chamber of commerce are gathered via primary research. <span />
Answer:
The correct answer is b. Direct.
Explanation:
The computer is considered a direct cost because it is essential in the development of the project. For each phase of the same it is required to analyze the information in order to outline the study, and for this reason it is considered as a resource that will be used directly until the completion of the project.
Answer:
The optimal stocking level for the bakery is cakes 27.
Explanation:
Cost c = $ 7
Selling price p = $ 10
salvage value s = $ 5
Mean = 25
Standard deviation \sigma = 8
Cu = underage cost
= p-c
= $10 - $7
= $3
Co = overage cost
= c-s
= $7 - $5
= $2
P\leq C_{u}/(C_{u}+C_{o})
P\leq3/(3+2)
= 0.6
By using normsinv() function in excel we to find the correct critical value
The Z value for the probability 0.6 is 0.2533
The optimal stocking level is
=\mu +z\sigma
= 25 + 0.2533 *8
= 27.02
The optimal stocking level of bakery is 27.02
Therefore, The optimal stocking level for the bakery is cakes 27.
The calculated profit per unit for base-case, worst-case is, and best-case for the management of Brinkley corporation is:
<h3>The Profit per unit for base-case:</h3>
45 - 1 1- 24 - 3 = $7
<h3>Profit per unit for worst case:</h3>
45 - 12 - 25 - 3 = $3 per unit
<h3>Profit per unit for best case:</h3>
45 - 10 - 20 - 3 = 12$ per unit
b. The mean profit per unit is given as $7.05
c. The reason the simulation approach is preferable is due to the fact that it can help to determine the probability of profit as a particular amount, unlike the what-if scenario analysis.
It can also create different scenarios for possible resources.
d. The probability of the fact that the profit per unit woul be less than 5 is 9%
Read more on risk analysis here: brainly.com/question/6955504