It can be deduced that the expected rates of return of stocks A and B are 13.2% and 7.7% respectively.
<h3>
How to calculate the expected
rates of return</h3>
E(RA) = 0.1 (10%) + 0.2 (13%) + 0.2 (12%) + 0.3 (14%) + 0.2 (15%)= 13.2%
E(RB) = 0.1 (8%) + 0.2 (7%) + 0.2 (6%) + 0.3 (9%) + 0.2 (8%)= 7.7%
Therefore, the expected rates of return of stocks A and B are 13.2% and 7.7% respectively.
The standard deviation will be calculated thus:
Var(RA) = [0.1 (10%-13.2%)² + 0.2 (13%-13.2%)² + 0.2 (12%-13.2%)² + 0.3 (14%-13.2%)² + 0.2 (15%-13.2%)2 ] 1/2
= 1.5%
Var(RB) = [0.1 (8%-7.7%)² + 0.2 (7%-7.7%)² + 0.2 (6%-7.7%)² + 0.3(9%-7.7%)² + 0.2 (8%-7.7%)² ] 1/2
= 1.1%
Therefore, the standard deviation of stocks A and B are 1.5% and 1.1% respectively.
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Answer: Lifestyle change/desire to change it is the suburbanization of more developed countries.
Explanation: More developed countries have suburbanized areas which are houses on larger, private lots and their own driveways. More developed countries have the ability to build and maintain suburbanized areas monetarily and by use of equipment than poorer countries.
Answer:
December 31, year 9
Explanation:
Here, we want to state that date that is possible for Milo to acquire qualified replacement property.
In order to avoid being taxed on a gain resulting from an involuntary conversion, the property subject to the conversion must be replaced within a specified time, measured from the end of the calendar year in which the proceeds are received.
Generally, the period is 2 years, but it is 3 years when the involuntary conversion results from government condemnation or eminent domain and is extended to 4 years when the loss is in connection with a declared federal disaster area.
We are told from the question that Milo received the recovery on January 2, Year 5, the property would have to be replaced within 4 years from the end of Year 5 or by December 31, Year 9
Based on the <u>specific identification inventory method</u>, the cost of goods sold would equal $65 ($30 + $35) and not $75 as indicated in the question.
Specific identification is an inventory costing method that tracks the cost of goods to the exact items that are sold. This method is used where it is possible to track sold items individually, especially when the sold items are separately identifiable.
Specific identification is just one method in inventory costing. Others are <em>Last-in, First-out (LIFO), First-in, First-out (FIFO), and Weighted-Average Cost Methods.</em>
Thus, the inventory method that will produce the cost of goods sold under this scenario is the specific identification method.
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