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EEE321 Laboratory Instructions for Distance LearningThe links of the laboratory videos is shared on the next page.All students must watch the experiment videos before starting to prepare the report.You can find the experimental data on Lab Score is calculated using below formulaLab_Score = 0,3 * Online Lab_Midterm + 0,6 * Online Lab_Final + 0,1 * Report_Mean;All reports must be prepared individually. If the same or very similar reports are submitted by multiple students, their reports will be graded as a zero. (Note: In previous terms, most of the students get zero score due to cheating)Reports should only include Cover, Results and Conclusion sections. Cover page is given on the third page of this document.If you prepare the reports in MS Word, convert them to pdf format. Please don’t forget to add page numbers to your report. If you prepare the reports by hand, take photos or scan the pages, after that, convert them to pdf format. Please don’t forget to add page numbers to your report.You must send all reports together to the given mail address in a single zip/rar file. (The file name should be your student number. Please, do not add any additional information into your file name. Otherwise, we are not responsible from missing reports.) For example; A student with a number of 123456 should send a single zip/rar file with the file name of 123456. This zip/rar file must include Exp1_123456.pdf, Exp2_123456.pdf, Exp3_123456 and so on. All students must send their personal report to the address “ eee32x.gantep@”Final report submission date is 08.01.2021 (Friday). This is a strict deadline. Late submission will not be evaluated. EEE 321- Electromechanical Energy Conversion I LaboratoryYou can find the link of demonstration videos of experiments after related experiments.Introduction to Electromechancal Energy Conversion Laboratory Power Measurement and Current Wave Forms, Hysteresis Loop and Parameter Determination of a Single-Phase Power Transformer and Efficiency of a 3-Phase Transformer Magnetization Curve of Separately and Self Excited D.C. Generators Load Characteristics of Series, Shunt and Compound D.C. Generators D.C. Shunt Motor Starter Load Characteristics of Series, Shunt and Compound D.C. Motors Control of D.C. Shunt Motor University of GaziantepEEE321 Experiment #1Write the Name of theExperiment !!!Submitted to: Res. Asst. Ali Osman ARSLANRes. Asst. Mehmet KURTO?LU Res. Asst. Fatih ERO?LURes. Asst. Ahmet Said DEDEO?LUPrepared by: Student Number, Student Name ................
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