EIN 6935 University of Central Florida Lean Six Sigma Questions

EIN 6935 University of Central Florida Lean Six Sigma Questions ORDER NOW FOR CUSTOMIZED AND ORIGINAL ESSAY PAPERS ON EIN 6935 University of Central Florida Lean Six Sigma Questions I don’t understand this Engineering question and need help to study. EIN 6935 University of Central Florida Lean Six Sigma Questions hello i need help in lean six sigma homework i attached the instructions. please your own work. thank you:) homework_4.pdf homework4.xlsx EIN6935 LEAN Six Sigma Homework 4 Due: July 19 (11:59 pm), 2020 Please submit ONLY ONE MS Word or PDF file which includes your solutions for all problems. Problem 1. A car has gone out of control during a snowstorm and struck a tree. Construct a cause-andeffect diagram that identifies and outlines the possible causes of the accident. (4 points) Problem 2. The 24 factorial was used to investigate the effects of four factors on the filtration rate of a resin for a chemical process plant. The factors are A = temperature, B = pressure, C = mole ratio (concentration of chemical formaldehyde), D = stirring rate. This experiment was performed in a pilot plant and the dataset can be found in sheet Problem2 in Homework 4.xlsx. (a) Analyze this dataset of this factorial experiment with four-way interaction terms excluded. Identify what main effects, two-way interactions, and three-interactions are important? (2 points) (b) Analyze this dataset of this factorial experiment with both three-way and four-way interaction terms excluded. Identify what main effects and two-way interactions are important? (2 points) Problem 3. Propose a visual control that can be used to mitigate the spread of COVID-19 in Florida. (5 points) Problem 4. A high-voltage power supply should have a nominal output voltage of 350 V. A sample of four units is selected each day and tested for process-control purposes. The data (see sheet Problem4 in Homework 4.xlsx) give the difference between the observed reading on each unit and the nominal voltage times ten; that is, ???? = (observed voltage on unit ?? – 350)*10 (a) Set up ??? and ?? charts on this process. Is the process in statistical control? (2 points) (b) If specifications are at 350 V ±5 V, estimate ???? and ?????? , ???? and ?????? ? (2 points) (c) What can you say about process capability ???? ? (2 points) Problem 5. Consider potential causes of delayed mails or packages and perform a FMEA (Failure Modes and Effects Analysis) to help reduce the chance of delay delivery. (6 points) PAGE 1 OF 1 Run Get a 10 % discount on an order above $ 100 Use the following coupon code : NURSING10