Question

Consider the network of resistors shown in the figure below; notice that the battery has internal resistance of 2.00 ohms. R1 (6.00 ?) R2 (9.00 ?) b ? (12.0 V) r (2.00 ?) a R3 (6.00 ?) R4 (3.00 ?) 20. The current in the battery is equal to a. 1.00 A. b. 0.706 A. c. 0.462 A. d. 2.95 A. e. 1.00 mA. 21. The potential difference across the terminals of the battery from point a to point b is equal to a. 12.0 V. b. 14.0 V. c. 10.0 V. d. 10.6 V. e. 11.1 V. 22. The current in the 3.00 ohm resistor is equal to a. 0.333 mA. b. 1.00 A. c. 0.667 A. d. 0.667 mA. e. 0.333 A.

          Consider the network of resistors shown in the figure below; notice that the battery has internal resistance of 2.00 ohms.

R1 (6.00 ?)
R2 (9.00 ?)

b
? (12.0 V)
r (2.00 ?)
a
R3 (6.00 ?)
R4 (3.00 ?)

20. The current in the battery is equal to
a. 1.00 A. b. 0.706 A. c. 0.462 A. d. 2.95 A. e. 1.00 mA.

21. The potential difference across the terminals of the battery from point a to point b is equal to
a. 12.0 V. b. 14.0 V. c. 10.0 V. d. 10.6 V. e. 11.1 V.

22. The current in the 3.00 ohm resistor is equal to
a. 0.333 mA. b. 1.00 A. c. 0.667 A. d. 0.667 mA. e. 0.333 A.

Consider the network of resistors shown in the figure below; notice that the battery has internal resistance of 2.00 ohms.

R1 (6.00 ?)
R2 (9.00 ?)

b
? (12.0 V)
r (2.00 ?)
a
R3 (6.00 ?)
R4 (3.00 ?)

20. The current in the battery is equal to
a. 1.00 A. b. 0.706 A. c. 0.462 A. d. 2.95 A. e. 1.00 mA.

21. The potential difference across the terminals of the battery from point a to point b is equal to
a. 12.0 V. b. 14.0 V. c. 10.0 V. d. 10.6 V. e. 11.1 V.

22. The current in the 3.00 ohm resistor is equal to
a. 0.333 mA. b. 1.00 A. c. 0.667 A. d. 0.667 mA. e. 0.333 A.

Added by Andr-S B.

Question

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