Answer:
E. efficiency wages
Explanation:
Clearly this isn't a discrimination case, as Rob has a robust background with the company (15 years). Although their work output may be the same, Rob's experience justifies the higher pay.
This is one form of efficiency wage theory, holding that higher wages lead to increased employee productivity. This way, Rob gets an incentive for staying with the company.
Answer:
812.40 units
Explanation:
Given that,
Annual holding cost percentage = 20%
Ordering cost = $110 per order
Annual demand = 15,000 units
Units Ordered - Price Per Unit
1-250 - $30.00
251-500 - $28.00
501-750 - $26.00
751 and up - $25.00
Optimal order quantity:
= 
= 
= 
= 812.40
Therefore, the optimal order quantity is 812.40 units.
Answer:
The correct answer is behaviorally anchored rating scale.
Explanation:
The behavior-based rating scale is a performance appraisal method that combines elements of the traditional rating scale and critical incident methods. In this, various levels of performance are presented along with a scale that describes them regarding the specific work behavior of an employee.
Answer:
June 30, 2020 Bond Interest expense Debit $5,756.25
Discount on Bonds payable Credit $506.25
Cash Credit $5,250
Explanation:
We have to calculate the interest expense. The bond interest expense = Cash payment + bond amortization discount
Given,
Bond price = $150,000
Interest = 7%
Number of period, n = 10 years × 2 (As it is a semiannual bond) = 20
Cash payment for semiannual interest = $150,000 × 0.07 × (1÷2)
Cash payment for semiannual interest = $5,250 (Credit)
Amortized bond discount (discount on bonds payable) = $10,125 ÷ 20 (as it is a semiannual payment and $10,125 is for 10 years)
Discount on bonds payable = $506.25 (Credit)
Therefore, bond interest expense = $5,250 + $506.25 = $5,756.25 (Debit)
Answer:
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Explanation:
The <em>expected return</em> is the weighted average of the expected returns in each scenario by its respective probability.
The <em>distribution of the holding period returns </em>(HPR) under three different scenarios is:
State of the economy Scenario #(s) Probability, p(s) HPR
HPR Boom 1 0.336 28.40%
Normal growth 2 0.414 7.90%
Recession 3 0.25 18.90%
The calculations are:

