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ziro4ka [17]
3 years ago
10

A business is operating at 90% of capacity and is currently purchasing a part used in its manufacturing operations for $15 per u

nit. The unit cost for the business to make the part is $20, including fixed costs, and $12, not including fixed costs. If 30,000 units of the part are normally purchased during the year but could be manufactured using unused capacity, what would be the amount of differential cost increase or decrease from making the part rather than purchasing it?a. $ 90,000 cost decreaseb. $150,000 cost increasec. $150,000 cost increased. $ 90,000 cost increase
Business
1 answer:
rjkz [21]3 years ago
7 0

Answer:

a. $ 90,000 cost decrease

Explanation:

The computation in the change in the amount of differential cost is shown below:

= (Unit cost by ignoring the fixed cost) - (unit cost to manufacturing the purchase cost) × number of units purchased

= ($12 - $15) × 30,000 units

= $3 × 30,000 units

= $90,000 decrease

And the other information which is given in the question is not relevant. Hence, ignored it

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At December 31, 2020, Wildhorse Company has outstanding three long-term debt issues. The first is a $1,810,000 note payable whic
grandymaker [24]

Answer and Explanation:

The Preparation of note disclosure for the long-term debt is shown below:-

              Note disclosure for the long-term debt

               At the year end 31, December 2020

Year                Amount                 Working note

2021                    0

2022             $2,752,000   From annual sinking fund payment

2023             $4,562,000        ($1,810,000 annual sinking fund payment + $2,752,000 note payable maturity)

2024             $7,582,000         ($4,830,000 annual sinking fund          payment + $2,752,000 bond maturity)

2025             $2,752,000    From annual sinking fund payment

4 0
3 years ago
Allen, inc., has a total debt ratio of .34. what is its debt-equity ratio
lawyer [7]
Total debt ratio is the ratio of total debt to total assets 
i.e 
Total debt ratio = Total debt / Total assets  
But Total assets is nothing but total equity plus total debt  
Now let us consider, 
TD = Total debt  
TE = Total equity 
TA= Total assets   
Therefore, 
Total debt ratio = TD/TA 
But as mentioned above 
TA = TD + TE  
total debt ratio = Total debt/(total debt+total equity) 
total debt ratio = .34(given) 
.34 = TD / (TD + TE)  
Solving this equation yields:  
0.34 = 1/(1+ TE/TD) 
0.34(1+TE/TD) = 1 
0.34 + 0.34TE/TD =1 
.34(TE/TD) = 1 - 0.34 
0.34 (TE/TD) = 0.66 
0.34TE = 0.66TD  
Now, Debt equity ratio is the ratio of Total debt to total equity  
Debt-equity ratio = TD / TE 
Debt-equity ratio = 0.34 / 0.66 
Debt-equity ratio = 0.51515152
6 0
3 years ago
Ray Stokes is raising capital for a new company called NO Balloons Inc. NO Balloons will manufacture and sell festive balloons.
Sergeeva-Olga [200]

Answer:

NO Balloons' WACC = 7%

Explanation:

WACC = Weighted average cost of capital

The weighted average cost of capital (WACC) refers to calculation of a firm's cost of capital in which each category of capital is proportionately weighted. All sources of capital, including <u>common stock</u>, <u>preferred stock</u>, <u>bonds</u>, and <u>any other long-term debt</u>, are included in a WACC calculation.

<u>Respective calculation of WACC:</u>

<u>Step 1: Calculate the value of equity:</u>

Number of shares = 12 million

Share price = $19.5 per share

Value of equity = 12 million shares * 19.5/share = $234 million  (A)

<u>Step 2: Calculate the value of debt: </u>

Bonds = 200,000

Value of debt = 200,000 bonds * 1000 face value/bond * 89% sale price = 178 million  (B)

<u>Step 3: Calculate the firm value:  </u>

Total firm value (A+B) = 234 + 178 = 412 million

<u>Step 4: Calculate the weight of equity: </u>

Dividing the value of equity to total firm value:

Weight of equity = 234 / 412 = 0.5680

<u>Step 5: Calculate the weight of debt: </u>

Dividing the value of debt to total firm value

Weight of debt = 178 / 412 = 0.4320

<u>Step 6: Calculation of WACC :</u>

WACC = weight of equity * cost of equity + weight of debt * cost of debt = 0.5680 * 9.275% + 0.4320 * 4% = 7%

7 0
3 years ago
According to the Investment Company Act of 1940, the definition of "investment company" could include which of the following
kicyunya [14]

Answer:

Option (B) is the right answer.

Explanation:

According to the investment company Act of 1940, the investment companies are those companies whose main business is to gathers investment capital to invest them in marketable securities.

Hence According to the scenario, the most appropriate answer is option (B).

While the other option is incorrect because of the following reason:

  • Brokers/dealers can not be considered as an investment company because they are not the company.
  • Pooled investments in metals are not an investment company but considered as the commodity pool.
  • Insurance companies are also not investment companies.

7 0
3 years ago
Your firm is planning to invest in a new electrostatic power generation system. Electrostat Inc is a firm that specializes in th
kozerog [31]

Answer:

The cost of capital for electrostatic power generators is closest to 7.75%

Explanation:

In order to calculate the estimate of your cost of capital for electrostatic power generators we would have to make the following calculation:

Step-1, Calculation of the Overall Beta

Market Value of Equity = $40,00,00,000 [160,00,000 Shares x $25 per share]

Market Value of Debt = $22,00,00,000

Total Market Value = $62,00,00,000

Therefore, Beta = [Equity Beta x Weight of Equity] + [Debt Beta x Weight of Debt]

= [1.18 x ($40,00,00,000 / $62,00,00,000)] + [0.08 x ($22,00,00,000 / $62,00,00,000)]

= 0.761290 + 0.028387

= 0.789677

Step-2, Cost of capital

As per CAPM Approach, Cost of capital = Risk-free Rate x (Beta x Market Risk Premium)

= 3% + (0.789677 x 6%)

= 3% + 4.75%

= 7.75%

Therefore, the cost of capital for electrostatic power generators is closest to  7.75%

6 0
3 years ago
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