Solving Parallel Circuit Practice Problems
1.
Draw a schematic drawing for a 6.0Ω resistor R1, 18.0Ω resistor R2 and a 90.0Ω resistor
R3 that are connected in parallel with an 36.0 volt battery. Complete the table.
2.
Draw a schematic drawing for a 100.0Ω resistor R1, 200.0Ω resistor R2 and a 300.0Ω
resistor R3 that are connected in parallel with an 115.0 volt battery. Complete the table.
3.
Draw a schematic drawing for a 60.0Ω resistor R1, 30.0Ω resistor R2 and a 20.0Ω resistor
R3 that are connected in parallel with an 90.0 volt battery. Complete the table.
4.
Draw a schematic drawing for a 60.0Ω resistor R1, 30.0Ω resistor R2 and a 120.0Ω
resistor R3 that are connected in parallel with an 9.0 volt battery. Complete the table.
5.
Draw a schematic drawing for a 15.0Ω resistor R1, 45.0Ω resistor R2 and a 90.0Ω resistor
R3 that are connected in parallel with an 24.0 volt battery. Complete the table.
6.
Complete the table for a 600.0Ω resistor R1, 900.0Ω resistor R2 and a 700.0Ω resistor R3
that are connected in parallel with a 36.0 volt battery.
7.
Complete the table for a 15.0 Ω, 20.0Ω, and 30.0Ω in parallel with a current of 0.8 amps
through the 15.0Ω resistor.
8.
Complete the table for a 200.0Ω resistor R1, 500.0Ω resistor R2 and a 600.0Ω resistor R3
that are connected in parallel with a 12.0 volt battery.
9.
Complete the table for a 100.0Ω resistor R1 and a 500.0Ω resistor R2 that are connected
in parallel with a 16.0 volt battery.
10.
Complete the table for a 100,000.0Ω resistor R1 and a 120,000.0Ω resistor R2 that are
connected in parallel with a 16.0 volt battery.
11.
Complete the table for a 68.0Ω resistor R1 and a 5600.0Ω resistor R2 that are connected
in parallel with a 10.0 volt battery.
12.
Complete the table for a 100.0Ω resistor R1, a 1,000.0 Ω resistor R2, and a 500.0Ω
resistor R3 that are connected in parallel with a 24.0 volt battery.