Answer: 180%
Explanation:
Return on investment = (operating income/sales) x (sales/total assets)
=> operating income / total assets
given Operating income=1,800,000
Total assets.1,000,000
Current liabilities.=810,000
Return on investment=1,800,000/1,000,00=1.8 X 100= 180%
Statistical Quality Control<span> is the process managers use to continually monitor all phases of the production process to ensure that quality is being built into the product from the beginning and that quality is not being inspected into the product at the end of the production process.
All products go through a quality control procedure to make sure their products meet industry and company standards. Organizations do this to ensure they are putting out the smallest amount of defects as possible when creating items to sell to wholesalers or consumers. </span>
Instrumentality.
Since Rick believes that working hard will result in better incentives and his attitude towards these incentives is not known, we can say that in the context of expectancy theory of motivation, that this scenario best reflects the factor of <u>instrumentality</u>.
Vroom's expectancy theory of motivation attempts to explain that people choose to perform certain actions over other in a manner that aims to maximize pleasure and reduce pain to lowest possible extent.
There are three factors that affect motivation : expectancy, instrumentality and valence.
Expectancy : refers to the belief of working harder with the expectation of attaining the goals set within an organization.
Instrumentality : refers to the belief that one will be rewarded if certain goals are met. These rewards may take the form of increased wages, recognition, increased incentives etc.
Valence: refers to the value attached by the worker to the reward that has been attained.
Answer:
1.15
Explanation:
If investment is made in equal proportions, it means that;
weight in risk free ; wRF = 33.33% or 0.3333
Let the stocks be A and B
weight in stock A ; wA = 33.33% or 0.3333
weight in stock B; wB = 33.33% or 0.3333
Beta of A; bA = 1.85
Let the beta of the other stock be represented by "bB"
Beta of risk free; bRF = 0
Beta of portfolio = 1 since it is mentioned that "the total portfolio is equally as risky as the market "
The weight of portfolio is equal to the sum of the weighted average beta of the three assets. The formula is as follows;
wP = wAbA + wBbB + wRF bRF
1 = (0.3333 * 1.85) + (0.3333*bB) + (0.3333 *0)
1 = 0.6166 +0.3333bB + 0
1 - 0.6166 = 0.3333bB
0.3834 = 0.3333bB
Next, divide both sides by 0.3333 to solve for bB;
bB = 0.3834/0.3333
w=bB = 1.15
Therefore, the beta for the other stock would be 1.15