DC Chapter 6
A circuit that has only one path for current flow is a _____ circuit. - correct
answer ✔Series
When a circuit has only one path, the _____ is the same at any point. - correct
answer ✔current
A device that is designed to open and disconnect a circuit in the event of
excessive current is a _____. - correct answer ✔fuse
_____ is the force that pushed the electrons through a resistance. - correct
answer ✔Voltage
The amount of _____ across a resistor is proportional to its resistance. -
correct answer ✔voltage drop
The total amount of resistance to current flow in a series circuit is equal to the
_____ of the resistance in that circuit. - correct answer ✔sum
The current, voltage, power, and resistance in a series circuit can be found by
using _____ law. - correct answer ✔Ohm's
A series circuit has a total resistance of 180 W and an applied voltage of 120
V. What is the current flow? - correct answer ✔0.667 A
A series circuit has a total resistance of 240 W and a current flow of 4 A. What
is the applied voltage? - correct answer ✔960 V
A circuit that has only one path for current flow is a _____ circuit. - correct
answer ✔Series
When a circuit has only one path, the _____ is the same at any point. - correct
answer ✔current
A device that is designed to open and disconnect a circuit in the event of
excessive current is a _____. - correct answer ✔fuse
_____ is the force that pushed the electrons through a resistance. - correct
answer ✔Voltage
The amount of _____ across a resistor is proportional to its resistance. -
correct answer ✔voltage drop
The total amount of resistance to current flow in a series circuit is equal to the
_____ of the resistance in that circuit. - correct answer ✔sum
The current, voltage, power, and resistance in a series circuit can be found by
using _____ law. - correct answer ✔Ohm's
A series circuit has a total resistance of 180 W and an applied voltage of 120
V. What is the current flow? - correct answer ✔0.667 A
A series circuit has a total resistance of 240 W and a current flow of 4 A. What
is the applied voltage? - correct answer ✔960 V
