When a company chooses to market a product in certain parts of the country but not in others because consumer preferences of one region differ from another region, it is known as geographic segmentation.
<h3>What are consumer preferences?</h3>
The products or commodities, which are demanded by consumers in a specific quantity at a given price due to the utility it brings to an individual consumer, is known as a consumer preference.
Hence, option A holds true regarding consumer preference.
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<span>To find overall assessment of company's strength below steps are followed:
1. Evaluating how well the strategy is working
2. Scanning the environment to determine a company's best and most profitable customers
3. Assessing whether the company's costs and prices are competitive
3. Evaluating whether the company is competitively stronger or weaker than key rivals
5. Pinpointing what strategic issues and problems merit front-burner management attention</span>
Answer:
$150,000
Explanation:
Economic profit is accounting profit less implicit cost or opportunity cost.
Accounting profit = Total revenue - Total cost
Economic profit = Total revenue - Total cost - Opportunity cost
Opportunity cost is the cost of the next best option forgone when one alternative is chosen over other alternatives. The opoortunty cost of the web designer is $50,000.
Revenue is $550,000
Total cost = $250,000 + $30,000 + $70,000 = $350,000
Economic profit = 550,000 - $350,000 - $50,000 = $150,000
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The proportion of the optimal risky portfolio that should be invested in stock A is 0%.
Using this formula
Stock A optimal risky portfolio=[(Wa-RFR )×SDB²]-[(Wb-RFR)×SDA×SDB×CC] ÷ [(Wa-RFR )×SDB²+(Wb-RFR)SDA²]- [(Wa-RFR +Wb-RFR )×SDA×SDB×CC]
Where:
Stock A Expected Return (Wa) =16%
Stock A Standard Deviation (SDA)= 18.0%
Stock B Expected Return (Wb)= 12%
Stock B Standard Deviation(SDB) = 3%
Correlation Coefficient for Stock A and B (CC) = 0.50
Risk Free rate of return(RFR) = 10%
Let plug in the formula
Stock A optimal risky portfolio=[(.16-.10)×.03²]-[(.12-.10)×.18×.03×0.50]÷ [(.16-.10 )×.03²+(.12-.10)×.18²]- [(.16-.10 +.12-.10 )×.18×.03×0.50]
Stock A optimal risky portfolio=(0.000054-0.000054)÷(0.000702-0.000216)
Stock A optimal risky portfolio=0÷0.000486×100%
Stock A optimal risky portfolio=0%
Inconclusion the proportion of the optimal risky portfolio that should be invested in stock A is 0%.
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Answer:
18.38% and 13.2%
Explanation:
As we know that
Expected rate of return = Risk-free rate of return + Beta × (Market rate of return - Risk-free rate of return)
So for Discount store, it is
= 5.8% + 1.7 × 7.4%
= 5.8% + 12.58%
= 18.38%
And for everything store, it is
= 5.8% + 1.0 × 7.4%
= 5.8% + 7.4%
= 13.2%
The Market rate of return - Risk-free rate of return) is also known as the market risk premium and the same is applied.
