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Resistors for electronic circuits are manufactured on a high-speed automated machine. The machine is set up to produce a large run of resistors of 1,000 ohms each. Use Exhibit 10.13. To set up the machine and to create a control chart to be used throughout the run, 15 samples were taken with four resistors in each sample. The complete list of samples and their measured values are as follows: Use three-sigma control limits. READINGS (IN OHMS) 1,016 995 991 1,028 SAMPLE NUMBER 1 2 1,024 981 991 1,001 990 1,015 1,025 1,012 4 1,018 1,002 972 995 5 1,030 1,007 1,013 1,002 6 1,016 1,017 985 1,002 7 992 1,005 1,011 1,013 8 1,028 991 1,002 995 9 1,030 1,014 987 1,023 10 986 975 930 988 11 1,006 975 1,000 1,020 12 1,016 1,004 1,020 1,019 13 1,015 1,003 1,005 998 14 986 1,013 1,004 1,020 15 981 1,014 1,015 985 a. Calculate the mean and range for the above samples. Note: Round "Mean" to 2 decimal places and "Range" to the nearest whole number. Sample Number Mean 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Range

Resistors for electronic circuits are manufactured on a high-speed automated machine. The machine is set up to produce a large run of resistors of 1,000 ohms each. Use Exhibit 10.13. To set up the machine and to create a control chart to be used throughout the run, 15 samples were taken with four resistors in each sample. The complete list of samples and their measured values are as follows: Use three-sigma control limits. READINGS (IN OHMS) 1,016 995 991 1,028 SAMPLE NUMBER 1 2 1,024 981 991 1,001 990 1,015 1,025 1,012 4 1,018 1,002 972 995 5 1,030 1,007 1,013 1,002 6 1,016 1,017 985 1,002 7 992 1,005 1,011 1,013 8 1,028 991 1,002 995 9 1,030 1,014 987 1,023 10 986 975 930 988 11 1,006 975 1,000 1,020 12 1,016 1,004 1,020 1,019 13 1,015 1,003 1,005 998 14 986 1,013 1,004 1,020 15 981 1,014 1,015 985 a. Calculate the mean and range for the above samples. Note: Round "Mean" to 2 decimal places and "Range" to the nearest whole number. Sample Number Mean 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Range

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Problem 10-25 (Algo) Resistors for electronic circuits are manufactured on a high-speed automated machine. The machine is set up to produce a large run of resistors of 1,000 ohms each. Use Exhibit 10.13. To set up the machine and to create a control chart to be used throughout the run, 15 samples were taken with four resistors in each sample. The complete list of samples and their measured values are as follows: Use three-sigma control limits. SAMPLE NUMBER READINGS (IN OHMS) 1 1,016 995 991 1,028 2 1,024 981 991 1,001 3 990 1,015 1,025 1,012 4 1,018 1,002 972 995 5 1,030 1,007 1,013 1,002 6 1,016 1,017 985 1,002 7 992 1,005 1,011 1,013 8 1,028 9 1,030 991 1,014 1,002 995 987 1,023 10 986 975 980 988 11 1,006 975 1,008 1,020 12 1,016 1,004 1,020 1,019 13 1,015 1,003 1,005 998 14 986 1,013 1,004 15 981 1,014 1,015 1,020 985 a. Calculate the mean and range for the above samples. Note: Round "Mean" to 2 decimal places and "Range" to the nearest whole number. Sample Number Mean 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Range
Transcribed Image Text:Problem 10-25 (Algo) Resistors for electronic circuits are manufactured on a high-speed automated machine. The machine is set up to produce a large run of resistors of 1,000 ohms each. Use Exhibit 10.13. To set up the machine and to create a control chart to be used throughout the run, 15 samples were taken with four resistors in each sample. The complete list of samples and their measured values are as follows: Use three-sigma control limits. SAMPLE NUMBER READINGS (IN OHMS) 1 1,016 995 991 1,028 2 1,024 981 991 1,001 3 990 1,015 1,025 1,012 4 1,018 1,002 972 995 5 1,030 1,007 1,013 1,002 6 1,016 1,017 985 1,002 7 992 1,005 1,011 1,013 8 1,028 9 1,030 991 1,014 1,002 995 987 1,023 10 986 975 980 988 11 1,006 975 1,008 1,020 12 1,016 1,004 1,020 1,019 13 1,015 1,003 1,005 998 14 986 1,013 1,004 15 981 1,014 1,015 1,020 985 a. Calculate the mean and range for the above samples. Note: Round "Mean" to 2 decimal places and "Range" to the nearest whole number. Sample Number Mean 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Range
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