The 3-sigma limits for a process whose distribution conforms to the normal distribution includes _______ of the observed values, in the long run. Part 2 A. 99.74% B. 95.44% C. 68.26% D. 50%
Q: .What is the objective function? 2. Express the first constraint (wood) in mathematical sentence 3.…
A: Linear programming is a mathematical technique that is also used in operations management…
Q: How does MRP system information processing function?
A: MRP stands for Material requirements planning. It is a software-based system to manage the inventory…
Q: You are thinking about opening an oil change shop. Your fixed costs will be $14,500 per month. You…
A: Breakeven analysis is tool which helps to identify the minimum number of product required to…
Q: For each of the following occupations, discuss possible hazards. What actions can employers take to…
A: a. Worker in a fast-food restaurant: Risk: For employees, restaurants may demonstrate several risks.…
Q: Unit Contribution Total Contribution $0.75 $63,000 Products $0.33 $1.25 $82,000 $95,000 $0.85…
A: Product-by-value analysis is a technique for analysing the value of products and services. It is…
Q: Explain the importance of Scenario Writing as a forecasting technique.
A: If a company's sales data is reliable, then the resultant projection should accurately reflect the…
Q: Select the best completion. With reference to the Product-Process matrix... A. Sugar production…
A: The product-process matrix is described as the matrix that allows effective analysis of the…
Q: Neptune Company has developed a small inflatable toy that it is anxious to introduce to its…
A:
Q: Your answer will be the amount invested in Stocks (rounded to whole dollars).
A: Linear programming is a mathematical technique that is also used in operations management…
Q: Solve the following LP Write the original optimal solution and objective function value. b) What…
A: Note: - As we can answer up to three subparts, we will answer the first three subparts here. If an…
Q: Each coffee table produced by Kevin Watson Designers nets the firm a profit of $10. Each bookcase…
A: Assume Decision variables: Let X1 = No of coffee tables to be produced per week and X2 = No of books…
Q: A small software development project at Krishna Dhir's firm has five major activities. The times are…
A: Formulae used: To determine the expected time for each activity using the formula Expected time(E)…
Q: What is the reorder point (R) for a product whose weekly usage is 546 and whose lead time (L) is…
A: An exact level at which your stock has to be restocked is known as a reorder point (ROP). To put it…
Q: Kindly Highlight the following Details: 1. Describe the steps of the procurement process flow of any…
A: An organization has many processes to deal with on a daily basis. All of these processes are ranked…
Q: Least squares Regression Analysis The controller for TG Enterprises is trying to determine whether…
A: a) Let, y^ = Total cost x =Machine hours (independent variable) b0 =y intercept…
Q: Avery Collins Kinsley McDonnough Ross Shannon 2012 Total Sales by Agent January - June January…
A: Find the Given details below: Given details January February March April May June Avery $…
Q: vide to an organization's operations
A: Complex software is used to handle every aspect of the company, including supply chains, business…
Q: Formulate the payoff table. b. Determine the best decision and payoff is maximin and equally…
A: Let D represent the demand and S represent the supply.
Q: South African rapper, Cassper Nyovest, has launched a business venture manufacturing his very own…
A: Demand forecasting is the process of predicting future demand for products, services, and resources.…
Q: An operations manager is deciding on the level of automation for a new process. The fixed cost for…
A: Ans) Formula: Profit = Units*(Sales Price - Variable Cost) - Fixed Cost At Breakeven, Profit = 0…
Q: The inner diameter of piston rings follows a normal distribution with mean 75mm and variance =9. The…
A: Given data: Mean = 75mmVariance =9The sample size is = 5. If an X-bar chart is established L =2,UCL…
Q: Review the essential elements of an ERP system for a manufacturing business.
A: Each manufacturing plants have certain complex and simple activities to be performed. Many…
Q: Briefly argue the need and relevance of a project quality plan, then state and justify at least…
A: Seeing to it that a project is completed on time and within its allotted budget is not quality. It's…
Q: Which statement is true? A. In the Service (Productt) Processs matrix, the degree of labor…
A: Service process matrix can be defined as a classification matrix of the service industry firms based…
Q: How does one establish a work breakdown structure? What is it? What equipment and materials are…
A: The work breakdown structure (WBS) is a hierarchical representation of the scope of work to be…
Q: The restaurant uses 24 bottles of wine to operate and it has 3 bottles in hand. Calculate the…
A: Given: Usage (U) = 24 Inventory in hand (H) = 3 Delivery days (D) = 2 Safety factor (S) = 10%
Q: Graph all constraints. Label each constraint line to identify which it represents. 1.What are the…
A: Note: - As we can answer only up to three subparts we will answer the first three here. If an answer…
Q: Demand Medium $40 $45 Decision Manufacture component Purchase component a. Determine the best…
A: The expected value of perfect info.= expected value with perfect info.- expected value without…
Q: Resource levelling vs. Resource-limited scheduling
A: Resource leveling is used to reduce production swings during projects so that hourly workers don't…
Q: any, its suppliers, and oth
A: Supply chain management, which controls the flow of goods and services, includes all procedures used…
Q: What is the difference between productivity and performance? Why is it important to know the…
A: When it comes to defining and also differentiating between productivity and performance, there is…
Q: For each of the following constraints, draw a separate graph to show the nonnegative solutions that…
A: The graph for subpart question A is shown below. As shown in the graph, (0,2) and (6,0) are the…
Q: example 1a 1.plot all the corner points for the feasible area. 2. Find the optimum solution to…
A: Linear programming is a mathematical technique that is also used in operations management…
Q: A craftsman named William Barnes builds two kinds of birdhouses, one for wrens and a second for…
A: Graphical Method: In order to find the optimal answer to a mathematical model, a procedure known as…
Q: Mamello Morongwe, a certified food technologist was working on a biscuit recipe for her employer, a…
A: Case: As per the case, Mamello utilising her recipe, she started her own business…
Q: estimated times, the critical path is A-C-G-J-K d) The estimated time for the critical path is…
A: Expected time of activity: Te=(a+4m+b)/6 The variance of an activity: Variance=((b-a)/6)^2
Q: Part 1 In 2014, Celgene had revenue of $7,670 million, cost of goods sold of $276 million, and…
A: NOTE: We are allowed to do one question only at a time. Given: Revenue = $7,670 million COGS = $276…
Q: Raw materials can create a sourcing issue for businesses. How can a business reduce this potential…
A: Material is an important resource for any organization that is into manufacturing products for their…
Q: a. the 6th year using the weighted moving average w/weights.7&.3 b.The 6th year using Exponential…
A: Forecasting the demand or sales can be done by various methods like weighted moving averages,…
Q: explain the role of upstream strategic logistics (supply logistics) towards the success of the…
A: Upstream strategic logistics is the process of managing the distribution of goods from the point of…
Q: A supplier regularly ships spare bulbs in bulk to the theater and promises a 95% reliability…
A: Sample = 20 bulbs Reliability = 95% If 2 or more bulbs go out during the test, the batch shipment is…
Q: would you recommend Techtonic use, and why?
A: Indeed, we would surely recommend Techtonic use for the following reasons. Organizations like…
Q: 13.13 The TransCanada Lumber Company and Mill processes 10,000 logs annually, operating 250 days per…
A: Optimal order quantity helps the company to minimize logistic, overhead and stockouts costs. It is…
Q: 9.15 If the annual cost of goods sold is $30,000,000 and the average inventory is $5,000,000: a.…
A: Given data: Annual cost of goods sold = $30,000,000 Average inventory = $5,000,000
Q: a company has 2300 employees on average. It recruits 500 employees on average per year. What is the…
A: Average employees in the company = 2300 Average Recruitment per year = 500
Q: Q.2) Partially completed products arrive at a workstation in a manufacturing operation at a mean…
A: Average cost is the per unit cost of production which is calculated by dividing the total cost of…
Q: (a) Formulate and solve a linear programming model for this make-or-buy application. (Let FM =…
A: As per Bartleby guidelines, we can only solve the first three subparts of one question at a…
Q: A manufacturer of engine parts produces valves and pistons at its main plant. Both parts are…
A:
Q: What is the total vehicle life cycle cost of this hybrid car given the information provided in the…
A: Life cycle costing is a technique for totaling all expenses related to an asset, from the beginning…
Q: a. What volume per month is required in order to break even? b. What profit would be…
A: Production is the process in which inputs are combined to have the required output. It includes a…
Part 2
Step by step
Solved in 3 steps
- The output from a process contains a 0.02 defective unit. Defective units that go undetected into final assemblies cost $25 each to replace. An inspection process, which would detect and remove all defectives, can be established to test these units. However, the inspector, who can test 20 units per hour, is paid $8 per hour, including fringe benefits. Should an inspection station be established to test all units?a. What is the cost to inspect each unit?b. What is the benefit (or loss) from the inspection process?A manufacturing process that is in control, reports Select one: a. Favorable variances offset by unfavorable variances. b. Mostly favorable variances c. All favorable variances. d. No variances.Suppose that a processoutput is normally distributed with a mean of 30.0 and a variance of 1.44. If the specifications are 30.0 /- 3.25, then compute process capability indices. Is the process capable of meeting specifications?
- What does X-bar stand for?a. The average of a sampleb. The unknown standard deviation in a process that we have to solve forc. A shady bar in West Philadelphiad. The maximum observed value in a sampleMr. Ferdinand is a well-known entrepreneur who sells fresh organic beef to persons in the localcommunity. Customers love the quality of meet that Mr. Ferdinand sells so they tend torecommend his product to other people. Recently, Mr. Ferdinand has been running out of beefto sell to his customers. One customer suggests to him that he must use past sales records toforecast demand for his beef so that he can meet his customers' demand.I. Using a numerical example, demonstrate to Mr. Ferdinand how he can use a three-week and a four-week weighted moving average to forecast demand for his beef.II. Show how Mr. Ferdinand can test the accuracy of his forecast. III. Explain to Mr. Ferdinand two ways in which he can benefit from doing a forecast for his beef.match each variable types with its description: variables: Process input variable, Process output variable, Critical to quality, Key process output variable, Key process intput variable, description (a) a product or process requirement that is no matter to the customer (b) a product or process knob or control that affects characteristics of importance to the customer (c) a product or process knob or control that has no impact on the process (d) a product or process requirement that must be present to make the customer happy but that the customer does not know to explicitly specify (e) a product or process requirement specifically requested by the customer
- Production. Consider again the task of the quality control inspectors in Exercise 22. a) In this context, what is meant by the power of the test the inspectors conduct? b) They are currently testing 5 items each hour. Someone has proposed that they test 10 instead. What are the advantages and disadvantages of such a change? c) Their test currently uses a 5% level of significance. What are the advantages and disadvantages of changing to an alpha level of 1%? d) Suppose that, as a day passes, one of the machines on the assembly line produces more and more items that are defective. How will this affect the power of the test? Exercise 22 Quality control. Production managers on an assembly line must monitor the output to be sure that the level of defective products remains small. They periodically inspect a random sample of the items produced. If they find a significant increase in the proportion of items that must be rejected, they will halt the assembly process until the…Compared to the area between z = 1.00 and z = 1.25, the area between z = 2.00 and z = 2.25 in the standard normal distribution will be: A- smaller B- larger C- the same D- impossible to compare without knowing μ and σPepsi makes bottles that need to be between 30 and 32 oz. You do measurements, and you find that a normal distribution describes Pepsi's actual bottling machine performance. Specifically, the mean of the process is 30.5 oz, and the process standard deviation is 0.02 oz. If Pepsi wants to be within the tolerances 99.7% of the time, what is the process capability index? Round your answer to the nearest 2nd decimal point. For example, if your answer is 0.4435, enter 0.44 into the box.
- If the process capability index (Cp) calculates to be 1.4 then you would conclude a.The process is not stable b.The process is stable c.The process is not capable d.The process is capable e.The process should be scrappedDirections: For each of the following situations: a. indentify the independent variable/s b. name the dependent variable; and c. give the two attributes of each variable A study on customer's satisfaction based on the quality of food offered in fast foods.For a particular process, the mean value, Xbar, is 1.011 and the mean range value, Rbar, is 0.102. If the product specification is 1.000 +/- 0.050, calculate the process capability for a sample size is 4. Question options: 0.194 0.237 0.297 0.397 0.549 0.624 0.734 0.929
