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(Solved):   need in 10 mints please .. \( \cot =2 \pi / 3 \) a) Determine the current of each phase ( ...



\( \cot =2 \pi / 3 \)
a) Determine the current of each phase ( 6 noints)
b) Determine the magnitude of the flux density vecto

 

need in 10 mints please ..

\( \cot =2 \pi / 3 \) a) Determine the current of each phase ( 6 noints) b) Determine the magnitude of the flux density vector created by each phase (in terms of Bm) (3 points) c) From results of part (b), use cross \( (x) \) and dot \( (\bullet) \) to determine the direction of flow of current in each conductor \( \left(A, A^{\prime}, B, B^{\prime}, C, C^{\prime}\right),(6 \) points) d) Plot the flux density space vector created by each phase ( 6 points) e) Plot the resultant (net) flux density space vector and draw net flux lines ( 6 points).


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From the given ia=Imcos??t ib=Imcos?(?t?120?) ic=Imcos?(?t+120?) And ?t=2?3=120?
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