Moseley v. Pepco Energy Services, Inc. Discuss and thoroughly answer the questions listed below. (Full text of case at textbook pages 100-101).

1. How does the behavior in this case reveal unknowingly a lack of ethics?
2. What alternatives might Moseley have had in this scenario using the steps of "business pragmatism?"
3. What issues would Moseley need to actually analyze using "outcome-based ethical principles," in order to made his decision to report Herzog’s behavior or not? Discuss and list the risks involved for Moseley as well as all benefits.
4. In viewing the stated facts and circumstances in this case, and using "duty-based ethical principles," what would help lead Moseley to actually disclose/tell about Herzog’s behavior?

The cutting department of cassel company has the following production and cost data for july. production costs 1. transferred out 12,300 units. beginning work in process $0 2. started 3,900 units that are 60% materials 62,856 complete as to conversion labor 12,622 costs and 100% complete as manufacturing overhead 23,100 to materials at july 31. materials are entered at the beginning of the process. conversion costs are incurred uniformly during the process. determine the equivalent units of production for (1) materials and (2) conversion costs. materials conversion costs total equivalent units of production link to text link to text compute unit costs. (round unit costs to 2 decimal places, e.g. 2.25.) materials $ conversion costs $ link to text link to text prepare a cost reconciliation schedule. (round unit costs to 2 decimal places, e.g. 2.25 and final answers to 0 decimal places, e.g. 1,225.) cost reconciliation costs accounted for transferred out $ work in process, july 31 materials $ conversion costs total costs $

Myflvs -question 3 multiple choice worth 2 points)(10.04 hc)in panama city in january, high tide was at midnight. the water level at high tide was 9 feet and1 foot at low tide. assuming the next high tide is exactly 12 hours later and that the height of thewater can be modeled by a cosine curve, find an equation for water level in january for panamacity as a function of time (t).of(t) = 4 + 5of(t) = 5 cost + 4o 460) = 5 cos 1+ 4of(0) = 4 cos + 5

In a transportation minimization problem, the negative improvement index associated with a cell indicates that reallocating units to that cell would lower costs.truefalse