& When measuring voltage as shown in Figure 3, the meter should read A. 0 Vac B. 120 Vac ᎾᎥ Ꮎ DRO Figure 3 4. When measu

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& When measuring voltage as shown in Figure 3, the meter should read A. 0 Vac B. 120 Vac ᎾᎥ Ꮎ DRO Figure 3 4. When measuring voltage as shown in Figure 4, the meter should read A. 0 Vac B. 120 Vac Figure 4 5. When measuring voltage as shown in Figure 5, the meter should read A. 0 Vac B. 120 Vac Figure 5 6. When measuring voltage as shown in Figure 6, the meter should read A. 0 Vac B. 120 Vac Figure 6 7. When measuring from ground to the line side terminal of an open single-pole, single-throw switch in good condition in a circuit, a meter should read A. 0 Vac B. 120 Vac 8. When measuring from ground to the line side terminal of a closed single-pole, single-throw switch in good condition in a circuit, a meter should read A. 0 Vac B. 120 Vac 9. When measuring from ground to the load side terminal of an open single-pole, single-throw switch in good condition in a circuit, a meter should read A. 0 Vac B. 120 Vac 10. When measuring from ground to the load side terminal of a closed single-pole, single-throw switch in good condition in a circuit, a meter should read A. 0 Vac B. 120 Vac 11. In a properly wired multiwire branch circuit, if one phase carries 10 amps and the other phase carries 7 amps, what amperage does the neutral carry when both loads are operating? A. 0 amps B. 3 amps C. 10 amps D. 17 amps 12. In a properly wired multiwire branch circuit, if one phase carries 8 amps and the other phase carries 8 amps, what amperage does the neutral carry when both loads are operating? A. 0 amps B. 4 amps C. 8 amps D. 16 amps 13. Which of the following does not describe a multiwire branch circuit? A. It uses only one neutral conductor. B. It uses only one phase. C. It uses two different neutral conductors. D. It uses two different phases.