Answer:
b. 5.0%
Explanation:
For this question, we use the Capital Asset Pricing model (CAPM) formula that is shown below:
Expected rate of return = Risk-free rate of return + Beta × (Market rate of return - Risk-free rate of return)
where,
The Market rate of return - Risk-free rate of return) is also known as the market risk premium
So, for stock A, the market risk premium is
10% = 5% + 1.0 × market risk premium
10 - 5% = 1.0 × market risk premium
5% ÷ 1.0 = market risk premium
So, the market risk premium is 5.0%
Answer:
$6 billion
Explanation:
Calculation to determine what consumption spending would initially decrease by
Using this formula
Decrease in Consumption spending=MPC * New taxes on household income
Let plug in the formula
Decrease in Consumption spending=0.6*$10 billion
Decrease in Consumption spending=$6 billion
Therefore consumption spending would initially decrease by $6 billion
Answer:
Income statement will have an increased expense of $4.8 million and Revenue and cost of goods sold will decrease. In balance sheet the inventory will be decreased by the amount of crib toy inventory available.
Explanation:
Income Statement will show an expense of $4.8 million in this period as the cost of recall of inventory due to health hazard. Also sales and cost of goods sold will decrease by the amount of sales of crib toy in sales and by the amount of crib toys cost in cost of goods sold and will ultimately result in decrease in a gross profit of a company.
In the Balance Sheet the amount of Inventory will be decreased by the amount of crib toys available in stock.
Answer:
The annual rate of return of the invesment will be -14,97%
Explanation:
The initial investment is 45.000 and after 5 years the value of the investment is only 20.000. Here we can see a destruction of value (20.000 < 45.000). In finance, the time takes an essential part in calculation, so through the interest rate we calculated how bad was the investment in annual terms. The formula is as follows: Final investment value=(Initial investment*(1+interest rate)^(total years)) in our case would be: 20.000=(45.000*(1+interest rate)^(5)) From this formula we got -14,97%
