Answer:
D. Kurt’s division is less risky than the other divisions.
Explanation:
Based on the information provided within the question it can be said that the most likely reason is that Kurt’s division is less risky than the other divisions. Just as the saying goes "the greater the risk, the greater the reward", the same goes for the opposite, the lower the risk that a division has to undertake the lower the percent for the required return.
Answer:
The correct answer is: in all decision making.
Explanation:
Economic analysis is used in all walks of life, in decision making. It is not only relevant for policymaking or in business or for students. Rather, it is used in day to day life as well.
Almost all the decision we make is based on cost-benefit analysis. It used by households and individuals for utility maximization. It is used by businesses for profit maximization and is used by policy makers for welfare maximization.
Answer:
250 hours.
Explanation:
Cost of course : $500
The extra income from the course is $2 per hour
to pay off the cost of the course requires earning $500 by working at a rate $2 per hour.
Number of hours required = $500/2
=250 hours.
Answer:
A. $19,034
Explanation:
The computation of the present value for 20 years cash flow is shown below:
For the First 10 years
Given that
Payment for first 10 years = $2,000
Discount rate = 11%
Now the present value is
= $2000 ÷ 1.11 + $2,000 ÷ 1.11^2 +...........+ $2,000 ÷1.11^10
= 11,778.46402 ..............(1)
For the Next 10 years
Given that
Payment for next 10 years = 3,500
Discount rate = 11%
Now the present value is
= $3,500 ÷ 1.11 + $3,500 ÷ 1.11^2 +...........+ $3,500 ÷ 1.11^10
= 20,612.312
So, today present value is
= $20,612.312 ÷ 1.1110
= 7,259.339 ...........................(2)
Now
Total present value is
= $7,259.339 + $11,778.46402
= $19,034
Answer:
1000
Explanation:
The economic order quantity is given by the formula = Square root of [ (2 * D * S ) / (H) ]
D = Annual Demand = 2000*6=12000 numbers (six rotor for each pump)
S = Unit Order Cost = $ 250 / order
H = Inventory Holding Cost = 10% of Unit Cost = 10% of 60 = $ 6
The economic order quantity is given by the formula = Square root of [ (2 * D * S ) / (H) ]
Economic Order Quantiity = Squareroot of { (2 * 12000 * 250) / (6) }
Economic Order Quantiity = Squareroot of { 1,000,000 }
Economic Order Quantiity = 1000 numbers.
