C

Question 1

V =

Answer 1

iR

Question 2

KVL (Kirchoffs Voltage Law)

Answer 2

The voltage leaving and entering the element is equivalent to zero

Question 3

KCL (Kirchoffs Current Law)

Answer 3

The current leaving and the entering the element is equivalent to zero

Question 4

Resistors In Parallel =

Answer 4

Req = ((R1)(R2)(Rn))/ R1 + R2 + Rn

Question 5

Resistors in Series

Answer 5

R1 + R2 + Rn = Req

Question 6

Current through a parallel resistor =

Answer 6

In = I(total) * ((Rtotal) / Rn))

Question 7

Current in series =

Answer 7

Remains constant throughout

Question 8

Voltage in parallel =

Answer 8

Same through each element in parallel

Question 9

Inductor Voltage -

Answer 9

CAN change instantly

Question 10

Capacitor Voltage -

Answer 10

can NOT change instantly

Question 11

Inductor Current

Answer 11

can NOT change instantly

Question 12

Capacitor Current

Answer 12

CAN change instantly

Question 13

Natural or “Transient Response” equation

Answer 13

v(t) = V0exp (-t / RC)

Question 14

RC stands for -

Answer 14

Resistor- Capacitor

Question 15

Time constant Tau (τ) =

Answer 15

RC

Question 16

What is τ telling us?

Answer 16

The rate at which the voltage discharges

Question 17

Time constant

Answer 17

time required for the signal to reach 37%

Question 18

exp^1 =

Answer 18

.3678

Question 19

v(t) =

Answer 19

Vo exp (-t / τ)

Question 20

Power Dissipated in a Resistor

Answer 20

PR(t) = V(t) * IR(t) (Wat)

Question 21

PR(t) =

Answer 21

Vo exp( - t/ τ) * (Vo/R)exp(-t/τ)

Question 22

Power is measured in

Answer 22

Watts

Question 23

Pr(t) =

Answer 23

Vo^2/R exp(-2t/τ) (W)

Question 24

Energy =

Answer 24

Integral of power with respect to time

Question 25

Integral of Power with respect to time (energy) =

Answer 25

Vo^2/R exp (-2λ / τ) * -τ/2 from 0 to t (lambda is a dummy variable for t)

Question 26

1st Law of Thermodynamics

Answer 26

Energy can not be created nor destroyed

Question 27

During Steady State an Inductor acts like a

Answer 27

Short Circuit

Question 28

During Steady State a Capacitor acts like a

Answer 28

Open Circuit

Question 29

Voltage Division V1 =

Answer 29

(Vo * Resistor 1 ) / (R1)(R2)

Question 30

Current Divider Formula (In) =

Answer 30

I(total) (Rtotal/ Rn )

Question 31

i =

Answer 31

dq/dt

Question 32

Integral of current =

Answer 32

charge

Question 33

Voltage is equal to

Answer 33

the energy required to move one coulomb of change through an element

Question 34

Power is equal to

Answer 34

the change of work over time