In a two element series circuit, the applied voltage and the resulting current are v(t) = 60 + 66sin (10 t) V, i(t) = 2.3sin (10^{3}t + 68.3^{o}) A.The nature of the elements would be
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The circuit is as shown in fig.
i_{1}( t) = ?
The circuit is as shown in fig
i_{2}(t) = ?
Determine the complex power for hte given values in question.
P = 269 W, Q = 150 VAR (capacitive)
Determine the complex power for hte given valuesin question.
Q = 2000 VAR, pf =09. (leading)
Determine the complex power for hte given values in question.
S = 60 VA, Q = 45 VAR (inductive)
Determine the complex power for hte given values in question.
V_{rms} = 220 V, P = 1 kW, Z = 40Ω (inductive)
Determine the complex power for hte given values in question
V_{rms} = 21∠20°V, V_{rms} = 21∠20°V, I_{rms} = 8.5∠50°A
Determine the complex power for hte given values in question.
V_{rms} = 120∠30°V, Z = 40 + j80Ω
In a two element series circuit, the applied voltage and the resulting current are v(t) = 60 + 66 sin (1000t) V, i(t) = 2.3sin (1000t + 68.3) 3 A. The nature of the elements would be
A relay coil is connected to a 210 V, 50 Hz supply. If it has resistance of 30Ω and an inductance of 0.5 H, the apparent power is
In the circuit shown in fig. power factor is
The power factor seen by the voltage source is
The average power supplied by the dependent source is
In the circuit of fig. the maximum power absorbed by Z_{L} is
The value of the load impedance, that would absorbs the maximum average power is
24 docs263 tests

24 docs263 tests
