Answer:
John is correct but Lynn isn't
Explanation:
John is correct because he left his coat with the coatroom attendant under the premise that it would be properly looked after and returned to him when he was done having lunch at the restaurant. However, Lynn just left her coat lying around under no ones care or supervision, there wasn't a predetermined agreement that anyone would be responsible for watching it on her behalf, therefore I don't think she is has the right to sue.
Answer:
Overhead= $12,420
Explanation:
Giving the following information:
Wolf Company used $5,940 of indirect raw materials and $6,480 of indirect factory labor during the period.
Factory overhead costs are the costs that can't be directly assigned to a product, service or job. This is why companies assigned overhead using manufacturing overhead rates.
In this case, the overhead is the sum if indirect material and indirect labor:
Overhead= 5,940 + 6,480= $12,420
Answer:
$6,200
Explanation:
Beginning Work in progress $15,000 $8,000
Units started $60,000 $38,500
Total process $75,000 $46,500
Less: Units transferred to tax $65,000
Ending work in progress $10,000
Average cost method material cost of work in progress = Material cost ÷ Total units
$46,500 ÷ $75,000
= $0.62
Material cost of work in progress = $0.62 × $10,000
= $6,200
In April, Plemmon Company started with $8000 worth of materials and used $38500 over the month. 65,000 units were completed, leaving 10,000 units still in process. The materials cost of these remaining units, calculated using the average cost method, is $6,200.
To find the material cost of work in process at April 30 using the average cost method, we first need to calculate the total cost of material used throughout April, which includes both the cost of materials from initial work in process and the materials started during the month. That gives us the sum of $8,000 and $38,500, amounting to $46,500 in total materials cost. Since 65,000 units were completed and transferred out during April, this means 10,000 units (75,000 units at the start and started during April - 65,000 units completed) remain in work in process at the end of April. Average cost per unit is calculated as total cost divided by total units, giving us $46,500 divided by 75,000 units, which equals $0.62 per unit. The material cost of work in process at April 30 is thus 10,000 units times $0.62, giving a result of $6,200.
#SPJ3
Steel 1.18 30%
Financial
Services 1.14 70%
The average tax rate for these industries is 40%.
In the most recent period, the company you are analyzing earned 70% of its operating income from steel and 30% from financial services. The firm also had a debt/equity ratio of 150%, and a tax rate of 30%. Estimate the levered beta for the company.
Answer:
The levered beta for the company is 1.93.
Explanation:
Levered beta for the company = (Weight of steel business*levered beta of steel business) + (Weight of financial services business*levered beta of financial services business)
Levered beta of steel business = Unlevered beta of steel sector*[1+(1 - firm's tax rate)*(firm's debt/equity ratio)
levered beta of financial services business = Unlevered beta of financial services sector*[1+(1 - firm's tax rate)*(firm's debt/equity ratio)
Unlevered beta of steel sector = Current beta of steel sector/[1+(1 - avg. tax rate of firms in the sector)*(Avg. debt/equity ratio of the sector)
Unlevered beta of steel sector = 1.18/[1+((1-0.4)*0.3)]
Unlevered beta of steel sector = 1.18/[1+(0.6*0.3)]
Unlevered beta of steel sector = 1.18/(1+0.18)
Unlevered beta of steel sector = 1.18/1.18
Unlevered beta of steel sector = 1
Levered beta of steel business = 1*[1+((1-0.3)*1.5)]
Levered beta of steel business = 1*[1+(0.7*1.5)]
Levered beta of steel business = 1*(1+1.05)
Levered beta of steel business = 1*2.05
Levered beta of steel business = 2.05
Unlevered beta of financial services sector = Current beta of financial services sector/[1+(1 - avg. tax rate of firms in the sector)*(Avg. debt/equity ratio of the sector)
Unlevered beta of financial services sector = 1.14/[1+((1-0.4)*0.7)]
Unlevered beta of financial services sector =1.14/[1+(0.6*0.7)]
Unlevered beta of financial services sector = 1.14/(1+0.42)
Unlevered beta of financial services sector = 1.14/1.42
Unlevered beta of financial services sector = 0.80
Levered beta of financial services business = 0.8*[1+((1-0.3)*1.5)] = 0.8*[1+(0.7*1.5)] = 0.8*(1+1.05) = 0.8*2.05 = 1.64
Levered beta for the company = (0.7*2.05) + (0.3*1.64)
Levered beta for the company = 1.44 + 0.49
Levered beta for the company = 1.93
Hence, the levered beta for the company is 1.93.
To estimate the levered beta for a company with operations in multiple sectors - steel and financial services in this case - you take a weighted average of the sector betas based on earnings distribution to get the unlevered beta. You then adjust for the company's debt/equity ratio and tax rate to get the levered beta. The estimated levered beta for this company is 2.378.
To estimate the levered beta for the company, we first need to consider the betas for each of the sectors the company operates in - steel and financial services. Given the firm's earnings distribution, the unlevered beta is computed as 0.7*Steel Beta + 0.3*Financial Services Beta = 0.7*1.18 + 0.3*1.14 = 1.16.
Next, to calculate the levered beta, we need to factor in the firm's debt/equity ratio. We use the formula for the levered beta: Levered Beta = Unlevered Beta * (1 + (1 - Tax Rate) * D/E ratio). Substituting the values we have: Levered Beta = 1.16 * (1 + (1 - 0.3) * 1.5) = 1.16 * 2.05 = 2.378. Therefore, the estimated levered beta is 2.378.
#SPJ11
Answer: a. Investors
In a enviroment where there are investors, there will always be the possibility of companies arising because investors want to grow their profits and they do it through participations bought in companies, they also invest in loans made in companies and this propitiates the figure of the investor that means a person or an entity that places a value that belongs to him, to finance or to acquire a good.
For example, an investment fund acquires a company to grow it and then sell it at a higher price. This is a typical transaction of an investment fund and encourages the creation of new companies or their expansion.
Answer:
Correct answer is 12.11%
Explanation:
expected dividend =$3.2*60%
=$1.92
Hence cost of equity from new common stock=(D1/Current price(1-Floatation cost)+Growth rate
=1.92/(30(1-0.1))+0.05
=(1.92/27)+0.05
which is equal to
=12.11%(Approx).
Answer: 12.11%
Explanation:
GIVEN THE FOLLOWING ;
Earning per Share = $3.20
Expected dividend pay out ratio.(proportion of earning paid out as interest.)
Cost of stock per share = $30
Dividend growth rate = 5%= 0.05
Floatation cost = 10% = 0.1
Cost of equity=(dividend/(Current price(1-Floatation cost)) +Growth rate
Cost of Equity =[ (1. 92÷(30(1 - 0.1)) + 0.05
Cost of equity = [ (1.92 ÷ (30(0.9)) + 0.05
Cost of equity = (1.92 ÷ 27) + 0.05
Cost of equity = 0.07111111 + 0.05 = 0.121111
0.12111 × 100 = 12.11%
Answer:
$280
Explanation:
Given that Sales = $3,060
Minus: Cost of goods sold = $1,800
Gross Profit = $1,260
Minus: Operating expenses is = $600
Thus Operating profit is = $660
Minus: Interest = $146
Profit before tax = $514
Tax at 40% = $514 * 0.4 = $206
Net income (Income after-tax) = $308
Minus: Preferred stock dividend = $28
Earnings available to common stockholders = $280
Hence, in this situation, the correct answer is $280 per share