Question: Can someone help answer A computer company sells personal computer supplies, software, and hardware. management is currently examining the distribution process from the company's wareho

Can someone help answer

Can someone help answer A computer company sells personal computer supplies, software,and hardware. management is currently examining the distribution process from the company'swareho and is Interested in studying the factors that affect warehouse distribution

A computer company sells personal computer supplies, software, and hardware. management is currently examining the distribution process from the company's wareho and is Interested in studying the factors that affect warehouse distribution costs. Data been collected over the past 12 months, indicating the warehouse distribution c (RM'000) and the number of orders received. The data collected is shown below. Months Distribution Cost ( RM'000) Number of Orders 50 40 70 55 85 60 $5 42 70 50 70 55 55 30 70 52 80 58 10 75 11 70 55 12 55 35 The computer output is shown below. The rogression equation is distribution cost - 22.1 + 0. 932 number order Predictor Ceer SE conf Constant 22. 072 7,239 3.05 0.012 number order 0. 9324 0. 1446 6-45 0.900 5 - 4.76742 R-59 80. 60 R-Sqladj) = 76. 76 Analysis of Varlance DE F Source 1 945.63 41.61 0.000 Regression 945.63 22.73 Residual Error 10 227.28 Total 11 1172.92Calculate the standard errors in the values of o and indicate the errors on the graph. Use the conservation of energy to calculate h as a function of a. Plot a graph. Indicate the standard error on the h values. 1.10 EXPERIMENT 1(b) - DETERMINATION OF THE COEFFICIENT OF RESTITUTION COEFFICIENT OF A useful number that can be used to characterise a rebound or collision is the RESTITUTION coefficient of restitution e. This number is defined as the ratio of the magnitude of the relative velocity after the collision to the magnitude of the relative velocity before the collision. If the relative velocity has the same magnitude before and after the collision, the collision is perfectly elastic and e = 1. If the relative velocity has a smaller magnitude than before. the collision is semi- elastic and 0

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