In the circuit shown below R = 6 k Ohm and C = 10 mu F If the circuit is driven

Question

In the circuit shown below R = 6 k Ohm and C = 10 mu F If the circuit is driven by a current source supplying 6 A at an angular frequency of 100 rad / sec what is the value of the inductance, L, that will make the power factor unity ? In the circuit shown below, assume L = 5 H. R = 5 k Ohm. and C = 13 mu F When the circuit is connected to a current source supplying 2 A at an angular frequency of 100 rad / sec. what is the average power dissipated in the resistor? The switch in the circuit shown below has been in the position 'a' for a long time In other words the circuit has reached a steady-state condition Then at t=0, the switch instantaneously moves to position 'b' If it is given that R0 = 7 Ohm and L0 = 42 mH then what is the current i0(t) as t=0.5 ms ? Express your answer in Amperes to four decimal places You should use a MATLAB/Octave script to calculate your answer to avoid simple errors in calculation Note that in MATLAB e-1 is given by exp(-t)

Explanation / Answer

Question 1

Value of inductance = L = 10 Henry

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