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Payroll Controls

Sherman Company employs 400 production, maintenance, and janitorial workers in eight separate departments. In addition to supervising operations, the supervisors of the departments are responsible for recruiting, hiring, and firing workers within their areas of responsibility. The organization attracts casual labor and experiences a 20 to 30 percent turnover rate in employees per year. A portion of Sherman Company’s payroll procedures are as follows:
Employees clock on and off the job each day to record their attendance on timecards. Each department has its own clock machine that is located in an unattended room away from the main production area. Each week, the supervisors gather the timecards, review them for accuracy, and sign and submit them to the payroll department for processing. In addition, the supervisors submit personnel action forms to reflect newly hired and terminated employees. From these documents, the payroll clerk prepares payroll checks and updates the employee records. The supervisor of the payroll department signs the paychecks and sends them to the department supervisors for distribution to the employees. A payroll register is sent to accounts payable for approval. Based on this approval, the cash disbursements clerk transfers funds into a payroll clearing account.

Required:

Discuss the risks for payroll fraud in the Sherman Company payroll system. What controls would you implement to reduce the risks? Use the COSO framework of control activities to organize your response.

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A company wants to develop a level production. The beginning inventory is 4. Demand for the next four periods is given in what follows.

1) What production rate per period will give a zero inventory at the end of period 1?

2) When and in what quantities will backorders occur?

3) What level production rate per period will avoid backorders? Then what will be the ending inventory in period 4?

4) If the cost of carrying inventory is $5 per unit per period and stockout cost $ 50 per unit, what will be the total cost of the plan developed in 4.1)?

5) What will be the cost of the plan developed in 4.3)?

6) Which is the better production plan between 4.1) and 4.3)? Explain why.

Period (Month)

1

2

3

4

Total

Forecast

12

6

8

14

Production (Level)

Ending inventory

4

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Rebecca S. Ducat arrived at Mockingbird Lanes, a bowling alley in Omaha, Nebraska, at approximately 6:00 P.M. to bowl in her league game. The bowling alley’s parking lot and adjacent sidewalk were covered with snow and ice. Ducat proceeded to walk into the bowling alley on the only sidewalk provided in and out of the building. She testified that she noticed the sidewalk was icy. After bowling three games and drinking three beers, Ducat left the bowling alley at approximately 9:00 P.M. She retraced her steps on the same sidewalk, which was still covered with ice and in a condition that, according to Frank Jameson, general manager of Mockingbird Lanes, was “unacceptable” if the bowling alley were open to customers. As Ducat proceeded along the sidewalk to her car, she slipped, attempted to catch herself by reaching toward a car, and fell. She suffered a fracture of both bones in her left ankle as well as a ruptured ligament. Ducat sued Mockingbird Lanes, seeking damages for her for personal injuries. Mockingbird denied liability for Ducat’s personal injuries.

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According to the Office for National Statistics, 86% of all UK households have a satellite, digital, or cable receiver and 75% have a personal computer. Suppose 81% of all UK households having a satellite, digital, or cable receiver have a personal computer. A UK household is randomly selected.

a. What is the probability that the household has a satellite, digital, or cable receiver and a personal computer?

b. What is the probability that the household has a satellite, digital, or cable receiver or a personal computer?

c. What is the probability that the household has a satellite, digital, or cable receiver and does not have a personal computer?

d. What is the probability that the household has neither a satellite, digital, or cable receiver nor a personal computer?

e. What is the probability that the household does not have a satellite, digital, or cable receiver and does have a personal computer?

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