SUBBU ONLY

here

© Nathan Davis, 2013

1. Using only the reactance of the capacitors, determine each
of the following:

a. The total reactance of the circuit
b. The magnitutde of the total current
c. The magnitude of the voltage of each component.

2. Using only the reactance of the inductors, determine each of
the following:

a. The magnitude of the total current
b. The magnitude of each of the component voltages
c. Explain why the reactance can be used in the circuits

illustrated in problems 1 and 2 rather than the

impedance.

3. Use the circuit to the right to determine:
a. The effective Voltage across each component
b. The effective current through each component
c. The average power delivered to each component
d. The average power delivered by the source to the

circuit.

4. Determine the total impedance each network shown:

a)

b)

c)

5. Use the appropriate Trigonometric Identities to prove that:

( )( ) ( )

(Hint: Convert to rectangular form)

6. Use the appropriate Trigonometric Identities to prove that:

( )

( )

( )

© Nathan Davis, 2013

7. Determine the total impedance, total current, and component
voltages in polar form for the circuit to the right.

8. Determine the total impedance, branch currents and total
current in rectangular form for the circuit to the right.

9. Determine the current flow and voltage drop of each
component in the circuit to the right.

10. Determine the current flow and voltage drop of each
component in the circuit to the right.