Home / Expert Answers / Electrical Engineering / solve-it-handwritten-amp-correct-ans-is-mention-nbsp-show-step-39-s-nbsp-if-found-that-you-c-pa425

(Solved): Solve it handwritten & Correct Ans is Mention   Show Step's.   If Found that You C ...



Solve it handwritten & Correct Ans is Mention

 

Show Step's.

 

If Found that You Copy From ai then dislike staright Forward ? & maybe Termination of your I'd.

 

Ai is Providing Wrong A25. The impedances, in ohms, of a three-phase star-eonnected load are; \( \mathbf{Z}_{1}=10+j 0 ; \mathbf{Z}_{2}=10+j 5 \); \nswers

25. The impedances, in ohms, of a three-phase star-eonnected load are; \( \mathbf{Z}_{1}=10+j 0 ; \mathbf{Z}_{2}=10+j 5 \); \( \mathbf{Z}_{3}=5-j 10 \). The load is connected to a three phase \( 50-\mathrm{Hz} \) supply having a balanced line voltage of \( 440 \mathrm{~V} \). Calculate the reading of single-phase wattmeter which has its current coil in line 1 and its voltage coil between lines \( I \) and 3. Assume the phase sequence to be \( 1,2,3 \). Draw a vector diagram showing the relationships of the voltages and currents. [11.75 kW] (London Univ.)


We have an Answer from Expert

View Expert Answer

Expert Answer


To solve this problem, you can use the formula for complex power in a three-phase system: S = (V1I1* + V2I2* + V3I3*) / 3 where V1, V2, and V3 are the
We have an Answer from Expert

Buy This Answer $5

Place Order

We Provide Services Across The Globe