11 An inductor L=0.3mH in series connection with a resistor R=1082 and a capacitor C=404F, the circuit is driven by a ge

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11 An inductor L=0.3mH in series connection with a resistor R=1082 and a capacitor C=404F, the circuit is driven by a ge

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11 An Inductor L 0 3mh In Series Connection With A Resistor R 1082 And A Capacitor C 404f The Circuit Is Driven By A Ge 1
11 An Inductor L 0 3mh In Series Connection With A Resistor R 1082 And A Capacitor C 404f The Circuit Is Driven By A Ge 1 (18 KiB) Viewed 5 times
11 An Inductor L 0 3mh In Series Connection With A Resistor R 1082 And A Capacitor C 404f The Circuit Is Driven By A Ge 2
11 An Inductor L 0 3mh In Series Connection With A Resistor R 1082 And A Capacitor C 404f The Circuit Is Driven By A Ge 2 (16.48 KiB) Viewed 5 times
11 An Inductor L 0 3mh In Series Connection With A Resistor R 1082 And A Capacitor C 404f The Circuit Is Driven By A Ge 3
11 An Inductor L 0 3mh In Series Connection With A Resistor R 1082 And A Capacitor C 404f The Circuit Is Driven By A Ge 3 (14.25 KiB) Viewed 5 times
11 An inductor L=0.3mH in series connection with a resistor R=1082 and a capacitor C=404F, the circuit is driven by a generator with Ermo=30V and frequency f=700Hz. Find (1) phase relation between total voltage and current? (2) peak value of current in circuit? (3) average power consume in circuit?

10 An electromagnetic wave with frequency 108Hz propagate along +2 direction, peak value E. of electric field is Eo 200N/C, the electric field at source (origin) is given by Ē (2 = 0,t) = îEcoswt, find magnetic fied at z=100 m and t=2s? =

27 9 In a simple generator, magnetic field is 2T, a 30 turns coil with area 1m² rotating with angular velocity 2000 rpm, at initial moment normal of coil is along magnetic field direction. Find electromotive force E at t=1s?
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