Answer:
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Answer:
The correct option is c. $8.
Explanation:
Ken will maximize utility where the following equation holds:
MU of Sprite / Price of Sprite = MU of potato chips / Price of potato chips ................. (1)
Where;
MU of Sprite = Marginal utility of Sprite = 3
Price of Sprite = $1 per can
From the table in the question, equation (1) holds at the point where Marginal utility of potato chips is 6 since the Potato chips cost $2 per bag.
Substituting the values into equation (1), we have:
MU of Sprite / Price of Sprite = MU of potato chips / Price of potato chips => 3 / 1 = 6 / 2 = 3
Since when the marginal utility of potato chips that maximizes utility is 6, Ken consumes 4 Bags of Potato chips monthly and pays $2 per bag at this point, the amount he spends on potato chips each month can be calculated as follows:
Amount spent on potato monthly = Number of bags of Potato chips consumed monthly * Cost of potato chips per bag = 4 * $2 = $8
Therefore, the correct option is c. $8.
Answer:
The employee has most likely committed a <u>Horns error</u>.
Explanation:
The horns error occurs when <u>one attribute</u> of an individual (which may be positive or negative), <u>creates a bias that influences how that individual is perceived overall</u>.
<em>If an employee is dissatisfied with his manager's disposition and this dissatisfaction influences the employee to rate the manager low on all performance criteria, then the employee has committed a horns error.</em>
Answer:
Annual depreciation= $2,700
Explanation:
Giving the following information:
Morgan Co. purchased a truck that cost $32,000. The truck had an expected useful life of 10 years and a $5,000 salvage value.
The straight-line depreciation method provides an annual depreciation expense by dividing the book value by the number of useful years.
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (32,000 - 5,000)/10= $2,700
Answer:
Efficiency of the system = Actual output/ Effective capacity*100
Efficiency of the system = 850/950*100
Efficiency of the system = 0.894737*100
Efficiency of the system = 89.47%
Utilization of the system = Actual output/Design capacity*100
Utilization of the system = 850/1200*100
Utilization of the system = 0.708333*100
Utilization of the system = 70.83%