Answer:
The main advantage of the discounted payback period method is that it can give some clue about liquidity and uncertainly risk. Other things being equal, the shorter the payback period, the greater the liquidity of the project. Also, the longer the project, the greater the uncertainty risk of future cash flows.
Answer: there will be a boost in the effectiveness of the workers and effectiveness utilization of their potentials. This is vital for the growth of the company and for the company to boost its profit and also gain competitive advantage over its competitors.
Explanation:
From the question, we are informed that Rose Holcomb is the CEO of Holcomb Engineering, a small but growing firm and she believes that the talents and abilities of her company’s employees are underutilized and therefore she decided to hire her firm’s first human resource manager who can help her devise more effective human resource strategies.
The likely result of this decision by Rose is that there will be a boost in the effectiveness of the workers and effectiveness utilization of their potentials. This is vital for the growth of the company and for the company to boost its profit and also gain competitive advantage over its competitors.
Answer:
The correct answer is 8 $ per box
Explanation:
Solution
Given that:
Let EOQ = √(2*D*S/H) = √(2*500*150/0.2*P)
(a) Let P = 8.5 $/box
Then,
EOQ = √(2*500*150/0.2*8.5) = 297 boxes
Thus,
No feasible as P = 8.5 $/box when Q<=200
(b). Let P = 8 $/box
Thus,
EOQ = SQRT(2*500*150/0.2*8) = 306 boxes (approx)
This quantity is right as it falls between 200 and 800.
Therefore the price at the optimal order quantity that minimizes total annual cost is 8 $/box
Answer:
Dr Land 397,950
Cr Cash 117,950
Cr Notes payable 280,000
Explanation:
Certain ordinary and necessary costs can be included in the purchase cost of land:
- cost of the land
- title fees
- applicable taxes
- legal fees
- broker fees
- survey costs
- leveling costs
- zoning fees
- etc.
In this case, the total purchase cost of the land = $110,000 + $280,000 + $1,400 + $650 + $5,900 = $397,950
