Answer and Explanation:
Given:
For portfolio A
Expected return of 12%
beta = 0.5
Risk premium for A = ?
For portfolio B
Expected return of 13%
beta = 0.4
Risk premium for B = ?
Risk-free rate of return = 5%
Computation:
For portfolio A
12% = 5% + (0.5 × risk premium for A)
risk premium for A = 14%
For portfolio B
13% = 5% + (0.4 × risk premium for B)
risk premium for B = 20%
short position "A"
Long position "B"
Answer: programming stage
Explanation: Programming stage in a recruitment process involves the organization implementing specific human resources activities, such as recruitment, training, and pay systems. However, in the scenario above, This treatment is taking place at the programming stage of the human resources planning process. She has not been recognized or rewarded for her work.
Answer and Explanation:
The computation is shown below:
But before reaching to the final answers, first determine the contribution margin per unit which is
a. Contribution margin per unit =Sales-Variable cost
= $80 - $43
= $37 per unit
Now
Breakeven = Fixed expenses ÷ Contribution margin
= $340,400 ÷ $37
= 9,200 units
b.Contribution margin = Sales - Variable cost
= $80 - $46
= $34 per unit
Now
New Breakeven = Fixed expenses ÷ Contribution margin
= $270,000 ÷ 34
= 7,941 units
Calculating the present value of a cash flow or series of cash flows that will be received in the future is the process of discounting.
A value obtained in the future is converted to an equivalent value received right away through the process of discounting. Discounting determines this relative value, so a dollar received in 50 years may be worth less than a dollar received today. Using the aforementioned method, the discounting process assists an investor in estimating the investment's value in current dollars at the investor's desired rate of return. Due to the opportunity cost of spending money now and the desire to enjoy advantages now rather than in the future, discounting makes current costs and benefits more valuable than those that will occur in the future. A discount factor in financial modeling is a decimal number multiplied by a cash flow value to reduce it to its present value. As the effect of compounding the discount rate accumulates over time, the factor grows (i.e., the decimal value shrinks).
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Answer:
$4,800
Explanation:
Data provided in the question:
Cost = $66,000
Accumulated depreciation = $30,000
Book value = Cost - Accumulated depreciation
= $66,000 - $30,000
= $36,000
Now,
Fair value = $48,000 + $12,000
= $60,000
Thus,
Gain = $60,000 - $36,000
= $24,000
Therefore,
Gain to be recognized = $24,000 × [ 12,000 ÷ 60,000 ]
= $4,800
