Answer:
10.02%
Explanation:
The computation of the WACC is shown below. The formula of WACC is shown below:
= (Weightage of debt × cost of debt) + (Weightage of preferred stock) × (cost of preferred stock) + (Weightage of common stock) × (cost of common stock)
= 27% × 7.6% × (1 - 0.40) + 9% × 5.9% + 64% × 12.9%
= 2.052% × (1 - 0.40) + 0.531% + 8.256%
= 10.02%
Answer:
The correct answer is D.
Explanation:
Giving the following information:
Total Variable manufacturing costs 288,000
Unitary variable costs= 288,000/24,000= $12
Rhythm Company has offered to purchase 3,000 IT-54s at $16 each. No variable selling costs will be incurred.
Because it is a special offer and there is available capacity, we will not have into account the fixed costs.
Effect on income= 3,000*(16-12)= $12,000 increase
Answer:
The correct option is c. $8.
Explanation:
Ken will maximize utility where the following equation holds:
MU of Sprite / Price of Sprite = MU of potato chips / Price of potato chips ................. (1)
Where;
MU of Sprite = Marginal utility of Sprite = 3
Price of Sprite = $1 per can
From the table in the question, equation (1) holds at the point where Marginal utility of potato chips is 6 since the Potato chips cost $2 per bag.
Substituting the values into equation (1), we have:
MU of Sprite / Price of Sprite = MU of potato chips / Price of potato chips => 3 / 1 = 6 / 2 = 3
Since when the marginal utility of potato chips that maximizes utility is 6, Ken consumes 4 Bags of Potato chips monthly and pays $2 per bag at this point, the amount he spends on potato chips each month can be calculated as follows:
Amount spent on potato monthly = Number of bags of Potato chips consumed monthly * Cost of potato chips per bag = 4 * $2 = $8
Therefore, the correct option is c. $8.
Answer: 0.9
Explanation:
The Expected Return on an investment can be calculated using the Dividend Discount Model as it is a key component in thw formula which is,
P = D1 / r - g
where,
D1 is the dividend paid next year
P is the current stock price
g is the growth rate
r is the expected return
With the given figures we have,
84 = 4.20 / r - 0.08
84 ( r - 0.08) = 4.20
r - 0.08 = 4.20/84
r = 4.20/84 + 0.08
r = 0.13
The Expected Return can be slotted into the CAPM formula to find the beta.
The CAPM formula calculates the Expected Return in the following manner,
Er = Rf + b( Rm - rF)
Where,
Er is expected return
Rf is the risk free rate
Rm is the market return
b is beta
Slotting in the figures gives,
0.13 = 0.04 + b( 0.14 - 0.04)
0.13 = 0.04 + b (0.1)
0.13 - 0.04 = 0.1b
b = 0.09/0.1
b = 0.9
Using the constant-growth DDM and the CAPM, the beta of the stock is 0.9
Answer:
The right solution is "13,675 U".
Explanation:
According to the question,
The standard material cost will be:
= 
= 
= 
The actual material cost will be:
= 
= 
hence,
The total material price variance will be:
= 
= 
= $
(Unfavorable)
