11. Look at the circuit shown in the figure above. Switch S1 is open as shown, and R1 and R2 each have a value of 100 k. If you connect your meter's test probes to points A and B in the circuit, what

11. Look at the circuit shown in the figure above. Switch S1 is open as shown, and R1 and R2 each have a value of 100 k. If you connect your meter's test probes to points A and B in the circuit, what voltage would you measure?

A. 9 V

B. 3 V

C. 0 V

D. 6 V 12. Look at the circuit shown in the figure above. The circuit contains a 6 V battery and three resistors. Four meters are being used to make measurements in the circuit. Meters M1, M2, and M3 are being used to measure current at different points in the circuit. Meter M4 is being used to measure voltage at another point in the circuit. With S1 closed, M1 has a current reading of 0.04A. What will be the total resistance in this circuit?

A. 50

B. 300

C. 150

D. 100

13 .For the circuit shown in the figure above, the correct procedure for measuring the resistance value of R1 is to

A. connect the multimeter between points C and D and measure the resistance with switch S1 open.

B. connect the multimeter between points D and A and measure the resistance with switch S1 open.

C. connect the multimeter between points C and D and measure the resistance with switch S1 closed.

D. connect the multimeter between points D and A and measure the resistance with switch S1 closed. 14. In the circuit shown in the figure above where R1 and R2 have equal resistance values, when switch S1 is closed, what voltage would you measure across R2 with your meter?

A. 3 V

B. 6 V

C. 0 V

D. 1 V 15. Again, assume that each of the resistors in the circuit shown in the figure above has a resistance value of 100 k. With switch S1 open as shown, you measure the voltage across each resistor with your meter. Which of the following statements is correct?

A. Resistor R1 will dissipate the most power.

B. Resistors R1, R2, and R3 will dissipate equal amounts of power.

C. Resistors R4 and R1 will dissipate equal amounts of power.

D. Resistor R3 will dissipate the most power.