Answer:
b. 3.70 percent
Explanation:
Expected rate of return of a stock, given probabilities, is calculated by summing up the product of probability of each state occurring by the expected return of the stock should that happen.
Expected rate of return = SUM (probability *return)
Boom;(probability* return) = (0.15* 0.10) = 0.015 or 1.5%
Normal ;(probability* return) = (0.70* 0.04) = 0.028 or 2.8%
Recession ; (probability* return) = (0.15* -0.04) = -0.006 or -0.6%
Next, sum up the expected return for each state of the economy to find the expected rate of return on this stock;
= 1.5% + 2.8% -0.6%
= 3.7%
Therefore, the correct answer is choice B.
Answer:
d. pre-acquisition market value of the target company.
Explanation:
An acquisition premium is the amount by which the price offered for an existing business exceeds the pre-acquisition market value of the target company.
An acquisition premium gives the difference between the actual amount of money paid in acquiring a target firm and the estimated real value of obtaining the firm before the acquisition.
Acquisition premium are usually recorded on the balance sheet as "goodwill."
Answer:
Real Surplus is $200 billion
Explanation:
Inflation = 14%
Debt = $4 trillion = $4,000 billion
Nominal deficit = $360 billion
Real Deficit = Nominal deficit - (Inflation*Debt)
= $360 - 14% * 4,000
= $360 - 560
= -$200
Hence, the answer is Real Surplus of $200 billion
Answer:
I would us the data by
Explanation:dividing the difference in the prices of similar homes between districts by the difference in test scores between districts
Answer:
This is how the market for board games would be affected in the explanation below
Explanation:
Because the manufacturers of the board game expect that the demand for their games would experience a decline, they would have to adjust their Production according to the decline. This is going to shift supply curve to the left, because of the decline in the production. Then equilibrium price would then increase as the quantity decreases because of the shift of the supply curve to the left.
