FINAL 1. In a parallel circuit, the branch with the highest

FINAL 1. In a parallel circuit, the branch with the highest

´╗┐FINAL 1. In a parallel circuit, the branch with the highest

1.
In a parallel circuit, the branch with the highest resistance always has the ____________ amount of current.
2.
As more branches are added to a parallel circuit the total current _______________.
3.
_________________ law states that the total current in the main line in a parallel circuit equals the sum of the individual branch currents.
4.
The type of circuit that is used to determine the value of an unknown resistance is called a __________________ bridge.
5.
__________________ law states that the total voltage drop in a closed loop series circuit must equal the source voltage.
6.
Calculate the total equivalent resistance in a series circuit with the following: Vs = 20V, R1 = 3kohms, R2 = 2kohms, R3 = 1kohms
7.
Calculate the total current in a series circuit with the following: Vs = 20V, R1 = 3kohms, R2 = 2kohms, R3 = 1kohms
8.
Calculate the total equivalent resistance in a parallel circuit with Vs = 20V, R1 = 3kohms, R2 = 2kohms, R3 = 1kohms. All three resistors are in parallel.
9.
Calculate the total current in a parallel circuit with Vs = 20V, R1 = 3kohms, R2 = 2kohms, R3 = 1kohms. All three resistors are in parallel.
10.
Calculate the total power dissipated in a parallel circuit with Vs = 20V, R1 = 3kohms, R2 = 2kohms, R3 = 1kohms. All three resistors are in parallel. Express the final answer in terms of Watts.

Answers
1.
In a parallel circuit, the branch with the highest resistance always has the LEAST amount of current.

2.
As more branches are added to a parallel circuit the total current INCREASES.

3.
KIRCHOFF law states that the total current in the main line in a parallel circuit equals the sum of the individual branch currents.

4.
The type of circuit that is used to determine the value of an unknown resistance is called a WHEATSTONE bridge.

5.
KIRCHOFF Law states that the total voltage drop in a closed loop series circuit must equal the source...

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