Explain why there are variations between the theoretical


REPORT TO INCLUDE:

5.1 The answers to the following questions should be included in your laboratory report discussion section.

5.1.1 Tabulated results on a results page comparing the measured and theoretical values for each circuit and measurement method for direct comparison.

5.1.2 Indicate which of the Two Wattmeter Method or Single Wattmeter Methods is the most accurate, giving reasons for your choice.

5.1.3 Explain why there are variations between the theoretical and measured values of the tests.

5.1.4 Explain why two different methods of power measurement for the same circuit gives different results.

5.2.1 Mathematically prove that the power in the Balanced DELTA connection is three times (x3) the power in the Balanced STAR connection.

5.2.2 If phase 'C' in the balanced STAR connected load was disconnected (Blown Fuse), what would be the power readings on the two power meters, Nanovip 1 and Nanovip 2?

5.2.3 If the reading on wattmeter W1 was 200 W and the reading on wattmeter W2 was Zero (0 W), what would the Total Circuit Power and Power Factor?

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Electrical Engineering: Explain why there are variations between the theoretical
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