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0.5: answer one of the following A) For the magnetic circuit in fig. 7 find the flux($) and the reluctance (S). B) For the circuit in fig. 8 find the total current (I) and the total watt, Var, VA, total power factor. 12 cross section, area A - 0.009 m 2 の-? R=0.08m Z2 100 turns n - 1.5 x 10-3 1- 2A Fig.7 Fig.8 3/3 3 + j4 N 8 – j6 N V = 220210 V

0.5: answer one of the following A) For the magnetic circuit in fig. 7 find the flux($) and the reluctance (S). B) For the circuit in fig. 8 find the total current (I) and the total watt, Var, VA, total power factor. 12 cross section, area A - 0.009 m 2 の-? R=0.08m Z2 100 turns n - 1.5 x 10-3 1- 2A Fig.7 Fig.8 3/3 3 + j4 N 8 – j6 N V = 220210 V

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0.5: answer one of the following A) For the magnetic circuit in fig. 7 find the flux() and the reluctance (S). B) For the circuit in fig. 8 find the total current (Ir) and the total watt, Var, VA, total power factor. 12 cross section area A - 0.009 m 2 D-? a Z, Z2 R =0.08m N - 100 turns u - 1.5 x 10-3 I- 2A Fig.7 Fig.8 3 + j4 N 8— ј6 N V = 220410 V
Transcribed Image Text:0.5: answer one of the following A) For the magnetic circuit in fig. 7 find the flux() and the reluctance (S). B) For the circuit in fig. 8 find the total current (Ir) and the total watt, Var, VA, total power factor. 12 cross section area A - 0.009 m 2 D-? a Z, Z2 R =0.08m N - 100 turns u - 1.5 x 10-3 I- 2A Fig.7 Fig.8 3 + j4 N 8— ј6 N V = 220410 V
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