Deck 10: Analysis of Phasor Transformed Circuits

Question 1

below.

Answer 1

no answer

Question 2

Use voltage divider rule to find in the ircuit shown below.

Answer 2

no answer

Question 3

Use nodal analysis to find in the circuit shown below.

Answer 3

no answer

Question 4

below.

Question 5

Question 6

below.

Question 7

Use nodal analysis to find in the circuit shown below.

Question 8

Find the Norton equivalent current and the Norton equivalent ipedance between the terminals a and b for the circuit shown below.

Question 9

Question 10

Find the Thévenin equivalent voltage and the Thévenin equivalent ipedance between the terminals a and b for the circuit shown below.

Question 11

Find the Thévenin equivalent voltage and the Thévenin equivalent ipedance between the terminals a and b for the circuit shown below.

Question 12

Use mesh analysis to find mesh currents in the circuit shown below.

Question 13

Use current divider rule to in the circuit shown below.

Question 14

In the circuit shown below, let

Question 15

Find the Norton equivalent current and the Norton equivalent ipedance between the terminals a and b for the circuit shown below.