Answer:
Option (D) is correct.
Explanation:
We have to use MM proposition that cost of equity will change itself in such a manner so that it can take care of its debt.
Cost of equity:
= WACC of all equity firm + (WACC of all equity - Cost of debt ) × (Debt -to-equity ratio)
At the beginning, when there was no debt,
WACC = cost of equity = 10%
Levered cost of equity:
= 10% + ( 10% - 6%) × 0.2
= 10.8%
Therefore, Taggart's levered cost of equity would be closest to 11%.
Based on the costs of acquisition of Walmart by Amazon, the total transaction costs would come to B. $22,002.
<h3 /><h3>What are the total transaction costs?</h3>
Equity financing cost:
= 5.5% x 241,350.75
= $13,274.29
Debt financing cost:
= 1.5% x 241,350.75
= $3,260.26
Other transaction costs:
= $3,000
Target debt redemption premium:
= 70,242 x 3%
= $2,107.26
The total transaction costs are:
= 13,274.29 + 3,260.26 + 3,000 + 2,107.26
= $22,002
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Answer:
14.57%
Explanation:
A stock has a beta of 1.4
The expected return is 18%
The risk free rate is 6%
Therefore, the expected return on the market portfolio can be calculated as follows
18%= 6% + 1.4(market return-6%)
18%= 6% + 1.4market return - 8.4
18%= 6-8.4 + 1.4market return
18%= -2.4% + 1.4market return
18%+2.4%= 1.4market return
20.4= 1.4market return
market return= 20.4/1.4
= 14.57%
Hence the expected return on the market portfolio is 14.57%
Answer:
Yes
Explanation:
Based on the given details of the conversation that transpired between Katie Simpson and Carl Mendoza we can vividly say that the preceding IM transcript apply professional best practices reason been that Katie Simpson who is the caller went straight to point to the main reason why she called the receiver which is Carl Mendoza, And during the course of the preceding TRANSCRIPT the proper use of grammers and words , spelling, full stop, exclamation mark and question mark were on point and accurate.
Answer:
The formula for each month is described below:
January +(B2*31*C2)+(B2*$A$12)
February +(B2*29*C2)+(B2*$A$12)
March +(B2*31*C2)+(B2*$A$12)
April +(B4*30*C4)+(B4*$A$12)
May +(B3*31*C3)+(B3*$A$12)
Explanation:
The formula matches the requirements for each individual month as number of days change accordingly and $A$12 determines the fixed transport cost the other variables are the number of boxes and the cost per box.
