Answer:
B. the difference in price and long-run average cost multiplied by the quantity produced.
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<em>Note, The complete exercise was found due to a online research. </em>
Explanation:
Take a look to the image attached. Will help you to understand the exercise.
Answer:
Number of times for production = 10 times
Explanation:
<em>Economic batch quantity (EBQ) i</em><em>s also known as economic production run, It is the optimum production run that a manufacturer should operate to minize set up cost and carrying cost. </em>
Carrying cost is the cost of keeping inventory while set up cost is cost of getting machines ready for production
The number of times the company should produce =
Annual demand / the economic production run(EBQ)
It is calculated as follows:
Economic batch quantity =√2× Co× D / Ch
Where ,
D - annual demand -320,000,
Ch -holding cost per unit per annum - $10
Co- set up cost - $160 ,
= √ (2 × 160× 320000/10)
= 3200
Number of times for production
= 320,000/3,200
= 10 times
Answer:
B. Expert power
Explanation:
Based on the information provided regarding this scenario it can be said that the faculty member was using Expert Power. Expert Power is defined as the use of expert knowledge in order to get a subordinate to follow an instruction or order. Which in this specific scenario, the faculty members unique knowledge and experiences regarding Costa Rica allowed the other faculty members to look to him for guidance when dealing with topics revolving around Costa Rica.
Answer:
28,000
Explanation:
To get this answer you have to assume perfect competition scenario, since in this case supply = demand. In this case:
At $7,5
Energizer sells 16,000 => Supply Energizer = 16,000
Duracell sells 12,000 => Supply Duracell = 12,000
Total Supply = 16,000+12,000
