IE424 Process Quality Engineering: Final Report Assignment

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IE424 Process Quality Engineering FINAL REPORT ASSIGNMENT
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You are tasked with analyzing the air time of three different paper airplane models based on three key factors: the spread of wings, the weight of the paper, and the number of folds. Your analysis should cover the following: 1. Descriptive Statistics : Calculate the mean, median, mode, variance, and range for the air time of each model. Compare the values across the three models. Draw relevant graphs to visualize these comparisons, and describe the relationships between the factors and air time. 2. Analysis of Variance (ANOVA) : Select the three paper airplane designs you have studied, and perform an ANOVA test to determine whether the differences in air time across the models are statistically significant. 3. Regression Analysis : Build a regression model to estimate the air time of the paper airplanes using the three factors (spread of wings, weight of paper, and number of folds). Analyze the results and assess how well the model fits the data. 4. Improvement Suggestions : Based on your analysis, provide recommendations on how to improve the air time of the paper airplanes. Consider how modifying any of the three factors might enhance performance. Word Count Requirement: 1,200 – 1,500 words.

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