The firm should choose system A because it has a six-year life and a lesser annual operating cost.
<u>Explanation</u>:
- Even though system A costs $438,000 the quality of the system is good. The quality of system A has a six-year life. So the quality is pretty good. It has an $83,000 tax annual operating cost.
- System B costs $369,000 . Compared to the cost of system A, system B is low. But it has a $92,000 tax annual operating cost. This tax is higher than A.
- System A has a higher life compared to system B. So the firm should choose system A.
Answer and Explanation:
The description is as follows:
The annual maintenance for an equipment is $5,600 it would be classified as a normal repairs & maintenance and the same would be expensed
The remodeling of office for $22,200 would be classified as an improvement. The same would be capitalized & depreciated
The rearrangement of the shipping & receiving area for $35,200 would be classified as a rearrangement and The same would be capitalized & depreciated
The addition for $25,200 would be classified as an addition and The same would be capitalized & depreciated
Answer:
d) economies of scale result from decline in the average cost of production per unit as volume increases whereas economies of scope result from decline in the average cost of production due to the sharing resources across products and services.
The company's external equity comes from those funds raised from public issuance of shares or rights. The cost of external equity is the minimum rate of return which the shareholders supply new funds <span>by </span>purchasing<span> new shares to prevent the decline of the market value of the shares. To compute the cost of external equity, we should use this formula:</span>
Ke<span> = (DIV 1 / Po) + g</span>
Ke<span> = cost of external equity</span>
DIV 1 = dividend to be paid next year
Po = market price of share
g = growth rate
In the problem, the estimated dividend to be paid next year is $1.50. The market price is $18.50 and the growth rate is 4%.
<span>Substituting the given to the formulas, we need to divide $1.50 by $18.50 giving us the result of 8.11% plus the growth rate; this would yield to the result of 12.11% cost of external equity.</span>
Answer:
the issue price of the bond is $8,640,999
Explanation:
The computation of the issue price of the bond is shown below:
Particulars Amount PV factor Present value
Semi-annual Interest $300,000 13.59033 $4,077,099
Principal $10,000,000 0.45639 $4,563,900
Issue price of the bonds $8,640,999
Therefore the issue price of the bond is $8,640,999
