Q.34: For the admittance locus diagram shown beside: Draw the equivalent electric circuit corresponding to the given locus? then find the value JB AB=BC A 300 of each element in o =377rad/sec? Also find the total current at resonance if the applied voltage is 10V? (Ans.: Rc=1.292, Z1=1.12-J1.935Q, X=1.292, & the circuit if 1 B 100Y

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Q.34: For the admittance locus diagram shown
beside: Draw the equivalent electric circuit
corresponding to the given locus? then find the
value of
jB
AB=BC
A
300
each element
in the circuit if
o=377rad/sec? Also find the total current at
resonance if the applied voltage is 10V?
(Ans.: Rc=1.29Q, Z1=1.12-J1.9352, X-1.292, &
ITo=10A)
BV
Transcribed Image Text:Q.34: For the admittance locus diagram shown beside: Draw the equivalent electric circuit corresponding to the given locus? then find the value of jB AB=BC A 300 each element in the circuit if o=377rad/sec? Also find the total current at resonance if the applied voltage is 10V? (Ans.: Rc=1.29Q, Z1=1.12-J1.9352, X-1.292, & ITo=10A) BV
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