Answer: rational decision-making model
Explanation:
Rational decision-making model could be seen as when the decision maker has all alternatives on a decision with much information, with time on their hands and resources to evaluate the various choices thats made available before them.
Danny's choice to go against other people decision and using a detailed and different consideration for the employee decribed he used a rational decision making model, he still believed in the individual when others did not, and this affected his decision and didn't allow that of others to influence him.
Answer:
Option E. Ensure that performance standards are not vague.
Explanation:
Option E is correct because if the performance standards are not vague and are realistic then the evaluation will be more fair. It will also not demotivate the employees as they will be accepting what went wrong.
Option A is incorrect because we can use both subjective and objective performance indicators.
Option B is incorrect because ensuring less time to appraise the performance means that the appraiser hasn't acknowledged the full scenario hence the evaluation wasn't fair.
Option C is incorrect because distributive justice must be applied. As it helps in acknowleging what the organization has done wrong with the employees that has resulted in poor performance.
Option D is incorrect because if the performance indicators are not representative of tasks for which the person was accountable then the evaluation is not fair. I will be held accountable for things which I wasn't deligated responsibility. Hence employee must be accountable for the responsibility deligated.
Answer:
Year 1= $5,480
Year 2= $5,480
Explanation:
Giving the following information:
Sheridan Chemicals Company acquires a delivery truck for $30,200 on January 1, 2022. The truck is expected to have a salvage value of $2,800 at the end of its 5-year useful life.
Under the straight-line method, the depreciation expense is the same in all of the useful life of the truck.
We need to use the following formula:
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (30,200 - 2,800)/5= $5,480
Year 1= $5,480
Year 2= $5,480
Answer: 6520 + 3x
Explanation:
Firstly, we need to calculate the variable cost per hour which will be:
= (Highest activity cost – Lowest activity cost)/(Highest activity hour – Lowest activity hour)
= (9460 - 7300)/(980 - 260)
= 2160 / 720
= 3
We'll also find the fixed cost which will be:
= Fixed cost = Highest activity cost – (Variable cost per hour x Highest activity hour)
= 9460 - ( 3 x 980)
= 9460 - 2940
= 6520
Therefore, the cost function will be:
= 6520 + 3x
