Final

Question 1

What cannot change instantaneously for a capacitor?

Answer 1

Voltage

Question 2

What cannot change instantaneously for an inductor?

Answer 2

Current

Question 3

Current does not change through what, but does change at what?

Answer 3

Elements; branchs

Question 4

Voltage does change through what but does not change through what?

Answer 4

Elements;branches

Question 5

At steady state for capacitors voltage goes to what and current goes to what?

Answer 5

Voltage source, 0

Question 6

At steady state for inductors current goest to what and voltage goes to what?

Answer 6

Is; 0

Question 7

You can combine inductors like you combine what?

Answer 7

Resistors

Question 8

You can combine these opposite of resistors?

Answer 8

Capacitors

Question 9

At steady state capacitors act like what?

Answer 9

Open circuits

Question 10

At steady state inductors act like what?

Answer 10

Short circuits

Question 11

Low Pass Filters allow what to pass through?

Answer 11

Circuits

Question 12

High Pass Filters do what?

Answer 12

Do not allow the circuits to pass through

Question 13

The positive meter probe is placed on what side of the component?

Answer 13

The side with a larger voltage

Question 14

What flows from a higher voltage to a lower voltage?

Answer 14

Current

Question 15

A voltage source that is in series with a resistor is in what form?

Answer 15

Thevenin

Question 16

A current that is in parallel with a resistor is in what form?

Answer 16

Norton Form

Question 17

To get to Thevenin from, you can add a resistor in series that is what?

Answer 17

1000 times smaller than the smallest resistor in the circuit

Question 18

To allow a Norton transformation you can add a virtual resistor in parallel with the source that is what?

Answer 18

1000 times larger than the largest resistor

Question 19

Mesh Matrix can only have what kind of sources?

Answer 19

Voltage

Question 20

Nodal Matrices must have what kind of source?

Answer 20

Current