Briefly explain three (3) objectives of testing and commissioning a designed work.
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Briefly explain three (3) objectives of testing and commissioning a designed work.
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- show all work and include units, make answers clear And provide explanations to all steps..Conclusion 1. Describe the difference between standard deviation and population standard deviation? Describe a scenario in which you would use each by given an example in electrical measurement and instrumentation. 2. How do the statistics that you calculated using engineering and IT tools compare to the statistics that you calculated by hand? 3. Explain how modern engineering and IT is important in measurement and testing of electrical devices.Question 3 a) Explain in detail anyone the following: i) Steady-state stability ii) Dynamic-state stability iii) Transient-state stability b. Explain the ‘equal area criterion’
- please show work and explain.Q1) The fully controlled three-phase bridge rectifier is powered by a 50 Hz and 230 V (phase voltage) source. The line inductance of each phase source is 4 mH.The load consists of E = 400 V and R=10 series with a large inductance; So that the load current is constant and equal to 20A .lt is desirable to calculate: A) Angle of fire delay b) Angle of overlap4- Can value of the string efficiency being equal to 100%. Explain your answer.5- Outline methods used to equalize the potential across the units.6- Why an insulator is represented as a capacitor C? What are the assumptionmodes?
- Mark the correct definition - Analog electronic measuring instruments - the physical quantity, which by its origin is always analog, is processed digitally and the result is also a digital quantity. - Analog electronic measuring instruments – the physical quantity, which by its origin is always analogical, is treated in an analogical manner and the result is also an analogical quantity. - Analog electronic measuring instruments – the physical quantity, which by its origin is always digital, is processed analogically and the result is also an analog quantity. - Analog electronic measuring instruments – the physical quantity, which by its origin is always analog, is processed digitally and the result is also an analog quantity.What is the differences between real circuits and the simulated ones, please elaborate.This is a practice problem from my Introduction to Electronics course. Could you please walk me through the process of solving this problem? Thank you for your assistance.