Answer:
$53,240
Explanation:
We know that,
Break even point = Fixed cost ÷ contribution margin ratio
$290,400 = Fixed cost ÷ 55%
So, the fixed cost = $290,400 × 55% = $159,720
As the variable expense is 45% and we assume the sales is 100%, so the contribution ratio would be 100% - 45% = 55%
Now the margin of safety equal to
= (Expected sales - break even sales) ÷ (expected sales) × 100
25% = (Expected sales - $290,400) ÷ (expected sales) × 100
25% Sales = (Expected sales - $290,400)
So, the expected sales would be
= $290,400 ÷ 75%
= $387,200
Now the actual profit equals to
= Sales - variable expenses - fixed cost
= $387,200 - $174,240 - $159,720
= $53,240
The variable expense is computed below:
= $387,200 × 45%
= $174,240
Answer:
Increase in profit $ 1900
Explanation:
To determine the additional profit from the special order, we would consider only the costs and revenue relevant to the special order decision:
Unit relevant cost = Total variable cost/Units produced
Total variable costs = 86,000 + 12,000 =$98000
Unit relevant cost = 98,000/8,000 = $12.25
Note that fixed costs are irrelevant, whether or not the special order is accepted the fixed manufacturing and administrative expenses would be incurred. Hence, they are excluded from the computation.
$
Revenue from the special order ( $14× 2,000) = 28,000
Relevant costs of special order ( $12.25× 2,000) (24,500)
Cost of special tools (1,600)
Increase in profit 1900
Answer:
Laurel = -8.38%
Hardy = -14.85%
Explanation:
Present Price of Bond :
Laurel, Inc. = $1000
Hardy Corp. = $1000
After Percentage Price would be
Laurel, Inc = Present Value (i=6%, n=12, PMT=50, FV=1000) = $916.16
Hardy Corp = Present Value (i=6%, n=30, PMT=50, FV=1000) = $851.54
Percentage change in price
Laurel, Inc = (916.16-1000)/1000 = -8.38%
Hardy Corp = (851.54-1000)/1000 = -14.85%
Answer: C.$96,000
Explanation:
The Depreciation Tax Shield refers to how much in taxes are being saved by the company for depreciating an asset because Depreciation is tax deductible.
Depreciation Tax Shield = Tax Rate * Depreciation Amount for year
= 30% * ( 1,000,000 * 32%)
= 30% * 320,000
= $96,000
By claiming a Depreciation of $320,000 in Year 2, the depreciable asset saved the company $96,000 in taxes.
Answer:
The correct answer to the following question will be "She enhanced her brand image".
Explanation:
So that the above is the right answer.
Answer:
the WACC is 8.65%.
Explanation:
Total firm capital = $450,000 + $150,000 + $350,000
= $950,000
Weight of debt in the capital structure = $450,000/ $950,000
= 47.37%
Weight of preferred stock in the capital structure
= $150,000/ $950,000
= 15.79%
Weight of common stock in the capital structure
= $350,000/ $950,000
= 36.84%
The weighted average cost of capital is calculated using the below formula:
WACC= Wd*Kd(1 - t) + Wps*Kps + We*Ke
where:
Wd = Percentage of debt in the capital structure.
Kd = The before tax cost of debt
Wps = Percentage of preferred stock in the capital structure
Kps = Cost of preferred stock
We = Percentage of common stock in the capital structure
Ke = The cost of common stock
T = Tax rate
WACC = 47.37%*8%*(1 – 0.30) + 0.1579*10% + 36.84%*12%
= 2.65272% + 1.5790% + 4.4208%
= 8.65252%
Therefore, the WACC is 8.65%.
The Weighted Average Cost of Capital (WACC) can be calculated by determining the weight of each component of the firm's capital structure and multiplying it by its respective cost. In this case, the WACC is 8.03%.
To calculate the Weighted Average Cost of Capital (WACC), we need to determine the weight of each component of the firm's capital structure and multiply it by its respective cost. The formula for WACC is:
WACC = (Debt / Total Capital) * Cost of Debt + (Preferred Stock / Total Capital) * Cost of Preferred Stock + (Common Stock / Total Capital) * Cost of Common Stock
Using the given information:
Debt = $450,000, Preferred Stock = $150,000, Common Stock = $350,000
Cost of Debt = 8%, Cost of Preferred Stock = 10%, Cost of Common Stock = 12%
We can substitute these values into the formula to calculate the WACC:
WACC = (450,000 / (450,000 + 150,000 + 350,000)) * 8% + (150,000 / (450,000 + 150,000 + 350,000)) * 10% + (350,000 / (450,000 + 150,000 + 350,000)) * 12%
Simplifying the equation:
WACC = 0.4 * 8% + 0.133 * 10% + 0.31 * 12%
Calculating the percentages:
WACC = 0.032 + 0.0133 + 0.0372
WACC = 8.03%
#SPJ3
Answer: A batch size of 30units
Explanation:
The set up time is given as 20 Minutes per production cycle, Production cycle for the machine has 3 cycles
Therefore the set uo time for the cycles = 20 mins x 3= 60 minutes
Processing time = 0.5 minutes
Capacity = 24units per hour , changing to minutes we have
24 units / 60 minutes = 6/ 15 = 2/5 = 0.4 minutes
Capacity = Batch size / Set up time + batch size x processing time per unit
0.4 = B/ 60 + B X 0.5
0.4 = B/60 + 0.5B
0.4( 60 + 0.5B) = B
24 + 0.2B=B
24=B-0.2B
0.8B=24
B =24/0.8
Batch size = 30 can be achieve at a capacity of 24 units per hour.