hw07_engr13200_s11

hw07_engr13200_s11 - ENGR 13200 Ideas to Innovations Part...

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ENGR 13200 Ideas to Innovations Part II Spring 2011 HOMEWORK #7 Due: Class 7b To be submitted in Class 7B: Individually: 1. Hardcopy printout of your script m-file, class6a_activity2.m . 2. Hardcopy printout of your script m-file, class6a_activity3.m . 3. Hardcopy printout of your script m-file, hw07_heatxchanger_yourlogin.m . 4. Hardcopy printout of your Excel file, hw07_heatxchanger_yourlogin.xlsx . 5. Hardcopy printout of your script m-file, hw07_sampling_yourlogin.m . To be submitted electronically before Class 7B: Individually: 1. Your script m-file, class6a_activity2.m . 2. Your script m-file, class6a_activity3.m . 3. Your script m-file, hw07_heatxchanger_yourlogin.m . 4. Your Excel file, hw07_heatxchanger_yourlogin.xlsx . 5. Your script m-file, hw07_sampling_yourlogin.m . 6. Submission of your MEA Peer Calibration, Comparison to Expert, and Peer Review to the MEA portal. 0. Reading Assignment Ideas to Innovation Textbook: Chapter 22: pp. 467-476; 480-487 Chapter 24: pp. 531 (subplots); 538-542 (histograms) 1. MATLAB In-Class Activity This is to be completed individually. This problem is added to your homework grade. Complete activity 2 from class 6a and rename the file as class6a_activity2.m . Deliverable: Hardcopy printout of your script m-file, class6a_activity2.m. Upload your m-files to your Instructor’s Assignment Drop Box on Blackboard. 2. MATLAB In-Class Activity This is to be completed individually. This problem is added to your homework grade. Complete activity 3 from class 6a and rename the file as class6a_activity3.m .
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ENGR 13200 Ideas to Innovati Deliverable: Hardcopy print file to your Instructor’s Assi 3. This is to be completed indiv This problem is part of your Use the data thermocouple.d temperature readings collecte thermocouple was measuring Figure 1 below). Figure 1. Reference: Elite Consulting (2009). T http://cetol.co.uk/cfdesign.htm 1. Open script_header_tem hw07_heatxchanger_ you below. 2. Rank (sort) the data set in comment under the OUT 3. Calculate the minimum, m data set. a. Present your results u number of significant b. Paste your output, as 4. Create a histogram of this 5. Convert the computed me Present this result using t number of significant figu section. Hot Water Exiting the Heat Exchanger tions Part II tout of your script file, class6a_activity3.m. Upl ignment Drop Box on Blackboard. riptive Statistics vidually. r homework grade. .dat to complete this problem. This data represen ted using a thermocouple in a heat exchanger. No g the temperature of water exiting the heat excha . Heat Exchanger Image (Elite Consulting) Temperature Plot of a Heat Exchanger [Image]. Retrieved 18 Jan mplate.m in the MATLAB editor and re-save as urlogin .m . Edit the header as appropriate for the in ascending order. Are there any data entry error PUT section to answer this question.) maximum, mean, and standard deviation for the using fprintf commands; be sure to display an ap t figures. comments, under the OUTPUT section.
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This note was uploaded on 05/02/2011 for the course ENGR 132 taught by Professor Kutson during the Spring '11 term at Purdue.

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hw07_engr13200_s11 - ENGR 13200 Ideas to Innovations Part...

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