5: In the Production Line Lab, we computed the 5% Exclusion Limit. Explain why that statistic is sometimes use in a production line
Q: What is a competitive advantage? Example
A: A competitive edge allows a business to outperform its rivals. It refers to characteristics that…
Q: 12 In property shaping process, the shape of component is _____. a. Increased b. Increased to twice…
A: Objective: To determine the effect on the shape of the components in the shaping process.
Q: If the Quality Cost increases by 2.5% and the Production Index increases by 2.5%, then by how much…
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Q: Problem 21.2. An inspector reports a total of 16 defects out of a total batch size of 200 parts. On…
A: Given : The batch size = 200 parts Number of defective pieces = 16
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Q: Suppose that a company has determined that a 75% experience curve accurately describes the evolution…
A: Given data: The percent which describes the experience curve accurately is 75%. The cost of the…
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Q: The production department for a company requires 3500kg, of row material for manufacturing a…
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Q: (a) There are several reasons why a certain manufacturing process is selected. Explair how…
A: Manufacturing process selection is the last item on some mechanical design engineers' minds during…
Q: A product line has two models: X and Y. Model X consists of 4 components: a, b, c, and d. The number…
A: Given, Product variety, P=2 X&Y Product quantity, Q1=1000 unitsQ2=1500 units Number of…
Q: For a product, the forecast and actual sales for april 2021 were 25 and 30 respectiveley. If the…
A: Given data Forecase for april 2021 = Ft-1 = 25Actual sales for april 2021 = Dt-1 = 20Exponential…
Q: TPC Company produces paint in cans. They have found that in 9 samples of 7 cans each, the average…
A: We are suppose to solve only one question. Please post other question as a separate question.
Q: If the Quality Cost increases by 2.5% and the Production Index increases by 2.5%, then by how much…
A: Product index = ratio of quality costs to the total costs
Q: How many days of raw material does the Bearing's plant now hold? The plant holds --------- days of…
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Q: Do engineers and scientists ever get involved in product liability and product recall matters? If…
A: Yes, engineers and scientists get involved in product liability and product recall matters.
Q: With reference to the introductory first week's lecture for this module and the diagram titled…
A: A manufacturing system is designed to produce product for the fulfillment of a need of the society…
Q: 1) A product is made- to- stock. annual demand is 60,000 units. each unit costs $4 and the annual…
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Q: Customer feedback should help shape our manufacturing systems in that it allows us to understand…
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Q: With your expertise as a quality reliability engineer, how would you achieve a product life cycle in…
A: GIVEN: With your expertise as a quality reliability engineer, how would you achievea product life…
Q: If the opening inventory is 400 units, demand is 900 units, and production is 700 units, what will…
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Q: Here are some names from the past of famous and not so famous manufacturing, mechanical, and…
A: John Hall - Known for making rifles, mass production and for making cutting machines Taiichi Ohno -…
Q: A big PCB manufacturing and assembly factory has collected manufacturing data as shown in Table…
A: “Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…
Q: OM A customer has recently tightened the specs for a part your company supplies. The specs are now…
A: Explanation: 1.Firstly identify the clause in revised specification which is very critical. 2.So if…
Q: 2. a) Define what is meant by "product tolerance" and "process tolerance". Discuss the cost…
A: Product Tolerance :- It is defined as the design or drawing tolerance that must be met in order for…
Q: It is estimated that an operator in an assembly line has 14.9% of idle time, The expected accuracy…
A: Number of observations are n=z2p·qh2⋯⋯⋯⋯⋯⋯(1) The given idle time is P=14.9%=0.149 The value of q is…
Q: a) Explain what is meant by a "Six Sigma Quality Level". Use a nomal distribution to illustrate your…
A: a) Six Sigma - It is a methodology and symbol of quality. It is a quality philosophy and the way of…
Q: 9) What is a scatterplot? How does it help us as an Industrial Engineer in data analysis?
A: A scatter plot also called as scatter graph which uses dots to represent values for two different…
Q: What is sensitization and how do you prevent it?
A: Sensitization is the loss of alloy integrity. It results from chromium depletion in the vicinity of…
Q: What is relation between product tolerance (engineering tolerance) and process variation.? Explain…
A: Process variation is the watched distinction from part-to-part which is caused by the confinements…
Q: A product line has two models: X and Y. Model X consists of 4 components: a, b, c, and d. The number…
A: (a) Write the expression for the total number of components and substitute the values from the…
Q: Break-even analysis helps a manager to clearly understand the nature of relevant costs and their…
A: A break-even study compares the expenses of a new business, service, or product to the unit sale…
Q: Given the table below, select the statement that best fits the box with the Asterix (*) Batch…
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Q: A customer has recently tightened the specs for a part your company supplies. The specs are nowmuch…
A: Solution: This type of issue will create when a machine is working as well as it can. In this case,…
Q: Example 16.1. The manager of a factory is purchasing forgings of outer-ring Rs. 10000 annually.…
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Q: A large automobile repair shop has a very low demand for certain component i.e. the demand is 8…
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Q: QUESTION 1 1. Suppose that a company has determined that a 73% experience curve accurately describes…
A: Solution: Given Data: n=$10000%=73Cp=$100 Note: Dear Student! As per our guidelines, we are only…
Q: Suppose your company has just found $100,000 worth of outdated inventory in an old warehouse (this…
A: Given data Cost of outdated inventory = $100,000Cost to re-engineer outdated parts = $30,000Resale…
Q: Briefly explain the following basic steps in manufacturing processes 1). Marketing 2). Production…
A: Basic steps of manufacturing are explained briefly below 1) Marketing What is the aim of marketing…
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- Why random errors is unavoidableHow would you determine the manipulated and controlled variable for a process? Give one example.Q.49 A person operates a machine that makes capacitors. He has been advised to keep the track of the percentage defectives at his work center. He knows that this type of process, they expect about 4% defectives plus or minus some chance variation. He wishes to initially construct a control chart for defectives. He has prepared ten daily samples of hundred capacitors each. Sample No. 1 2 3456 789 10 % defectives 4 3 36 195 12 4 3 ) Construct the relevent control chart. What are upper and lower control limits?
- Q3 A mixed-model assembly line has eight stations. Average cycle time is 15 minutes, but times vary due to model type and natural randomness. The estimated standard deviation of processing time in a station is 4.5 minutes. Estimate the production rate for the asynchronous line if no buffer is allowed.6. A die forge press operates an average of 1000 hr/yr. Under a minimal repair concept, machine failures generated a nonhomogenous Poisson process having the following intensity function with t measured in operating hours: p (t) = 0.0000391t 0.7. When the machine has failed. the repair time is lognormal with tmed -7.0 hours and a shape parameter of 0.8. a) Given the NHPP (Non-Homogeneous Poisson Process) time dependent parameter of this problem, p(t), does the system show reliability growth (decreasing rate of occurrence of failure) or aging (increasing rate of occurrence of failure)? b) Write the expression for and calculate the number of expected failures of the press during a mission time of 5 years, 5,000 hr, m(5,000). c) Write the expression for and calculate the MTTR, meantime to repair. Given s = 0.8, comment on the overall shape or skewness, low skew, high skew, - symmetric, of the Lognormal model. d) Write the expression for and calculate the MTBF, mean time between failures,…About supervised machine learning, in the context of Linear Regression; Decision tree; Logistics Regresion; Randon forest and neural network, which metrics should be used to know if a classification model is good and why use them? What about regression, what metrics are used to say how good the model is? What is the best for each case?
- outline the foundamental difference between errors that can be largely eliminateed and errors that can not be eliminatedQuestions Finite Element Method (FEM) is a great tool to analytical engineering, mostly in mechanical Engineering and Nondestructive testing applications; Finite Element Method cannot exist without the model Data from Computer Aided Draughting. The connection of Computer aided Draughting (CAD) and Finite Element Analysis (FEA) cannot be under played in solving and making predictive analysis. Explain the following school of thought using following set of questions: • What is Finite Element Method? What is FEA? What is CAD? • Explain the types of Analyses that can carried on FEA and CAD 1 when combined together • How does CAD model data Affect FEA output? • Where or which branch/part of Mechanical Engineering does FEM best suit or most applicable and explain why • FEA can further enhance the design or production of machine part , list and explain the parameter that can be optimized. Also Explain the term design optimization. • What are the benefits of FEA? What is the Demerit of FEA? In…(a) Suppose in a double sampling plan lot size N= 1000, first sample size n70 second sample size n2 =100 acceptance number for the first sample c, =4 acceptance number for the second sample c2 6 %3D Explain the steps in the implementation of the plan.