Select the correct set of rules for a series circuit.
Answer
Current is the same everywhere
Voltage drop is the same everywhere
Current is different depending on the resistor
Voltage Drop is different depending on the resistor
Resistance is additive
Resistance is inversely additive
Question 3
Question
Select the correct set of rules of a parallel circuit.
Answer
Current is the same everywhere
Voltage Drop is the same everywhere
Current is different depending on the resistor
Voltage Drop is different depending on the resistor
Resistance is additive
Resistance is inversely additive
Question 4
Question
Five 100 Ohm resistors are in series. What is the Equivalent Resistance?
The first blank is for the numerical value. The second blank is for the units, written out.
R = [blank_start]500[blank_end] [blank_start]Ohms[blank_end]
Answer
500
Ohms
Question 5
Question
Five 100 Ohm Resistors are all in parallel. What is the Equivalent Resistance?
The first blank is for the numerical value. The second blank is for the units, written out.
R = [blank_start]20[blank_end] [blank_start]Ohms[blank_end]
Answer
20
Ohms
Question 6
Question
Answer the following: What is the equivalent resistance of this circuit? What is the Voltage Drop at R2?
Answers have 2 SF.
Req = [blank_start]1.3[blank_end] Ohms
V @ R2 = [blank_start]12[blank_end] V
Answer the following: What is the Voltage Drop through the resistor? What is the current in this circuit?
Answers to 2 SF.
V @ R = [blank_start]24[blank_end] V
I = [blank_start]2.1[blank_end] Amps