Predict the readings on the ammeter (P=i^2R) and the voltmeter (P=V^2/R)/. All of the lights shown are identical (10 ohms) and the circuit contains an ideal ammeter and ideal voltmeter. The power source is a 9V battery. The table below shows eight different switch configirations for the circuit, give the values for the white columns. Shown below is a DC circuit that contains a battery and a number of light bulbs and switches. Each switch is resistanceless when closed. All of the connecting wires are in contact at the junctions and

may be considered to have zero resistance.

Shown below is a DC circuit that contains a battery and a number of light bulbs and switches. Each switch is resistanceless when closed. All of the connecting wires are in contact at the junctions and may be considered to have zero resistance. All of the light bulbs shown are identical (10 2). The circuit contains an ideal ammeter and an ideal voltmeter. The power source is a 9 V battery. Table 1 below shows eight different switch configurations for the circuit. Table 1. Series and parallel circuits Predicted Measured | Predicted | Measured Configuration 51 52 S3 Ammeter Ammeter | Voltmeter | Voltmeter reading reading reading reading (A) (A) (v) (v) A open open open B open closed closed E open | closed open D open open closed E closed | closed closed F closed | open open G closed open closed H closed | closed open