Allan's Circuits Problems

Chapter Ten: Sinusoidal Steady State Analysis by Phasor Methods

COMPLEX NUMBER ALGEBRA

1.

If and N 3 = 5 e 90 , determine

2.

If and N 3 = 5 e 90 , determine

3.

If and N 3 = 5 e 90 , determine

4.

If and N 3 = 5 e 90 , determine

5.

If and N 3 = 5 e 90 , determine

6.

If and N 3 = 5 e 90 , determine

7.

If and N 3 = 5 e 90 , determine

8.

If and N 3 = 5 e 90 , determine

9.

If and N 3 = 5 e 90 , determine

10.

If and N 3 = 5 e 90 , determine

IMPEDANCE AND ADMITTANCE

11.

If ? = 400 rad/s, find the driving point impedance at terminal- a and - b in the network of Fig 10.1.


Figure 10.1

12.

If ? = 200 rad/s, find the driving point impedance at terminal- a and - b in the network of Fig 10.2.


Figure 10.2

13.

If ? = 100 rad/s, find the driving point admittance at terminal- a and - b in the network of Fig 10.3.


Figure 10.3

14.

If ? = 500 rad/s, find the driving point admittance at terminal- a and -b in the network of Fig 10.4.


Figure 10.4

15.

If ?

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