Answer:
WACC = 12.45%
Explanation:
WACC= cost of equity * weight + cost of pref. equity * weight + cost of debt * weight * (1 - T)
WACC = 0.6 * 16.8 + 0,03 * 11.4 + 0,37 * 8.3 * (1 - 0,34)
WACC is the weighted average of the costs of the company, so it is necessary to multiply the weight of each source of capital (equity, preferred equity and debt) for its corresponding cost. Debt has a partiuclarity and is that it is before taxes so it becomes a tax shield for the company and taxes in fact reduce the cost of debt, for that reason we also multiply the cost of debt by (1 - T)
Answer:
54,075 Payment at Year 3
Explanation:
Because is an interest-only loan:
It will pay the principal completely and the interest for the year.
principal x rate = interest paid
50,000 x 0.0815 = 4,075
+ 50,000 principal
54,075 Payment at Year 3
<u>Remember:</u>
interes-only loan means during the life of the loan the monthly or annual payment are for the interest. At maturity, the principal is fully paid.
Answer:
d. 21, 21
Explanation:
The Chaikin Money Flow is a model (indicator) that was developed by Marc Chaikin in the 1980s and it is typically used by financial institutions or experts to monitor the volume-weighted average of accumulation and distribution of a stock for a specific period of time. Thus, the default or standard period for the Chaikin Money Flow is 21 days
Hence, Chaikin Money Flow is calculated by summing the average of the daily money flow (ADs) over the past 21 days and dividing that sum by the total volume over the past 21 days.
Answer:
The correct answer is: door in the face.
Explanation:
The door-in-the-face technique takes place when an individual requests something more than what is offered but the offering is eventually turned down. However, the individual turning down the initial request usually places a reasonable counteroffer so the firs subject complies.
Answer: . two-stage area
Explanation:
In two-stage specimen sampling, a simple random sample of specimen is selected and then a simple random sample is selected from the units in each sampled specimen. Two-stage sampling is used when the sizes of the specimens are large, making it difficult or expensive to observe all the units inside them.
