5. (a) Explain the advantages of the Newton Raphson method over the Gauss and Gauss-Seidel iterative techniques. (b) A three phase electric machine with sinusoidally distributed windings is fed with balanced three phase currents with a magnitude of I amps. The total number of turns per phase is N„. Making use of space vectors, determine the resultant mmf distribution in the airgap of the machine.

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5.
(a) Explain the advantages of the Newton Raphson method over the Gauss and Gauss-Seidel
iterative techniques.
(b) A three phase electric machine with sinusoidally distributed windings is fed with balanced
three phase currents with a magnitude of I amps. The total number of turns per phase is
N. Making use of space vectors, determine the resultant mmf distribution in the airgap
of the machine.
Transcribed Image Text:5. (a) Explain the advantages of the Newton Raphson method over the Gauss and Gauss-Seidel iterative techniques. (b) A three phase electric machine with sinusoidally distributed windings is fed with balanced three phase currents with a magnitude of I amps. The total number of turns per phase is N. Making use of space vectors, determine the resultant mmf distribution in the airgap of the machine.
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