(General material - counts as Post Test 2 material) True/False: circle the correct answer T/F As an electron passes through a resistor, it loses charge. b. Vry is the voltage at point x relative to point y. If Vab = 10 V and Veb = 5 V, then Vea = 5 V. T/F Ohm's law applies to any linear circuit element. The voltage across an independent current source depends on what is attached to it. An ideal capacitor stores energy in a magnetic field. An ideal operational amplifier is a non-linear circuit element. If an impedance is Z = 30 - j20, one would say that the reactance is capacitive. a. T/F T/F T/F T/F T/F T/F T/F T/F с. d. е. f. g. h. The concept of impedance applies to any time-varying linear circuit. Regarding electric safety, higher current is always more dangerous than lower current. The current supplying a low power factor load is larger than for a higher power factor load. i. j.

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6. (General material - counts as Post Test 2 material) True/False: circle the correct answer
As an electron passes through a resistor, it loses charge.
b. Vey is the voltage at point x relative to point y. If Vab = 10 V and Veb = 5 V, then Vea = 5 V. T/F
Ohm's law applies to any linear circuit element.
The voltage across an independent current source depends on what is attached to it.
An ideal capacitor stores energy in a magnetic field.
An ideal operational amplifier is a non-linear circuit element.
If an impedance is Z = 30 - j20, one would say that the reactance is capacitive.
The concept of impedance applies to any time-varying linear circuit.
Regarding electric safety, higher current is always more dangerous than lower current.
The current supplying a low power factor load is larger than for a higher power factor load.
T/F
a.
T/F
T/F
T/F
T/ F
T/ F
T/F
T/F
T/F
с.
d.
е.
f.
g.
h.
i.
j.
Transcribed Image Text:6. (General material - counts as Post Test 2 material) True/False: circle the correct answer As an electron passes through a resistor, it loses charge. b. Vey is the voltage at point x relative to point y. If Vab = 10 V and Veb = 5 V, then Vea = 5 V. T/F Ohm's law applies to any linear circuit element. The voltage across an independent current source depends on what is attached to it. An ideal capacitor stores energy in a magnetic field. An ideal operational amplifier is a non-linear circuit element. If an impedance is Z = 30 - j20, one would say that the reactance is capacitive. The concept of impedance applies to any time-varying linear circuit. Regarding electric safety, higher current is always more dangerous than lower current. The current supplying a low power factor load is larger than for a higher power factor load. T/F a. T/F T/F T/F T/ F T/ F T/F T/F T/F с. d. е. f. g. h. i. j.
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