<span>P= -1000,000 +5000q - 0.25q2
q= 30n + 0.01n2
n = 20
substituting for q in P
P= -100,000 + 5000(30n+0.01n^2) - 0.25(30n+0.01n^2)
dp/dn = 5000*30+2*0.01*5000 - 0.25*2(30n+0.001n^2)+30+2*0.01n
dp/dn = 0.005n^2 +85.02n+150030
substituting for n=20 and solving
dp/dn = 151,732</span>
Answer:
B) –2%
Explanation:
The total return on an investment is calculated by,
Total Return = Capital gains ÷ Initial Investment x 100
First we will have to calculate capital gains of his investment,
He got 600 in dividends and 4,300 after selling the stock against the initial investment of $5,000.
So capital gains,
= 600 + 4,300 - 5,000
= -100
Total Return would be,
= -100 / 5,000 x 100
= -2% is the total return on his investment.
Answer:
Allocated MOH= $158,000
Explanation:
Giving the following information:
The standard direct labor quantity is 4 hours per lamp, and the company produced 9,800 lamps in January. This required 39,500 direct labor hours.
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
Allocated MOH= 4*39,500= $158,000
Answer:
Vulnerability analysis
Explanation:
Since the organization has hired a security consultant to help them reduce their risk from future attacks, What the consultant would use to identify potential attackers is vulnerability analysis.
Vulnerability Analysis is a vulnerability assessment which entails an in-depth analysis of the building functions, systems, and site characteristics to identify: 1. Weaknesses in the system and
2. Determine mitigation or corrective actions that can be designed and implemented to eradicate vulnerability or reduce the vulnerabilities.
Answer:
$7,000
Explanation:
The insurance company will actually save some money, but I doubt that your company does. We can assume that the seminar will be paid by the insurance company and it costs $15,000. After watching that seminar, accidents should decrease by 25% of an equivalent to = $88,000 x 25% = $22,000
Since the insurance company will save $22,000 with the seminar and the cost of the seminar is $15,000, its net gain = $22,000 - $15,000 = $7,000
