Answer:
Representativeness heuristic bias
Explanation:
Representativeness heuristic bias occurs when there are similar events whose probability of occurrence is assumed to be the same. People mistakenly assume there is a close relationship between the two events than there really is.
For example of John is a lawyer, he is judged to be a lawyer because of expression of various traits associated with lawyers.
Kellyanne hired Joshua from Southwest University. Because of his outstanding performance, it is assumed that other considered from Southwest University will also perform outstandingly.
This is a form of representativeness heuristic bias
Answer:
Explanation:
We shall apply the concept of coefficient of variation to know the consistency of data
coefficient of variation
= standard deviation / mean or average
In case of City A
coefficient of variation = 86 / 820
= .1048
In case of City B
coefficient of variation = 75 / 790
= .0949
Since it is less for city B , rent for this city is more consistence or with less of variation
So the conclusion is false.
Answer: Tangible: <em>cash, inventory, vehicles, equipment, buildings and investments</em>
Intangible: <em>goodwill, brand recognition, copyrights, patents, trademarks, trade names, and customer lists</em>
<em>Hope this helps </em>
<em>Plz mark brainlest</em>
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Answer:
The portfolio return is 12.6% and the portfolio SD is 15.4%. Thus, option a is the correct answer.
Explanation:
The expected return of a portfolio is the weighted average of the individual stock returns that form up the portfolio. Thus, the expected return for a two stock portfolio is,
Return of Portfolio = wA * rA + wB * rB
Where,
- w represents the weight of each stock in the portfolio
- r represents the return of each stock
Portfolio return = 0.7 * 0.15 + 0.3 * 0.07 = 0.126 or 12.6%
The standard deviation of a two stock portfolio containing one risky and one risk free asset is the weight of risky asset in the portfolio multiplied by the standard deviation of the risky asset. The risk free asset has zero standard deviation.
Standard deviation of such a portfolio is,
Portfolio SD = w of risky asset * SD of risky asset
Portfolio SD = 0.7 * 0.22
Portfolio SD = 0.154 or 15.4%