Question

The circuit shown below contains four resistors and one real battery having an EMF of 18.00 V and an internal resistance "r" = 1.00 ?. R1 (2.00 ?) ? (18.00 V) d b r (1.00 ?) R2 (24.0 ?) R3 (3.00 ?) c a R4 (5.00 ?) 11. The equivalent resistance connected across the (18.00 V) seat of EMF equals A. 18.0 ?. B. 35.0 ?. C. 8.00 ?. D. 34.0 ?. E. 9.00 ?. 12. Resistor R1 carries a current of A. 0.529 A. B. 1.00 A. C. 1.50 A. D. 2.00 A. E. 0.500 A. 13. Resistor R2 carries a current of A. 2.00 A. B. 0.500 A. C. 0.343 A. D. 1.00 A. E. 1.50 A. 14. Resistor R4 carries a current of A. 1.00 A. B. 0.500 A. C. 0.750 A. D. 2.00 A. E. 1.50 A. 15. The potential difference between points "a" and "b" equals A. 18.0 V. B. 16.0 V. C. 12.0 V. D. 6.00 V. E. 2.00 V. 16. The potential difference across R3 is A. 6.00 V. B. 4.50 V. C. 2.25 V. D. 3.00 V. E. 1.50 V. 17. The potential difference across the battery's terminals from point "c" to point "d" equals A. 16.0 V. B. 17.0 V. C. 18.0 V. D. 20.0 V. E. 22.0 V.

          The circuit shown below contains four resistors and one real battery having an EMF of 18.00 V and an internal resistance "r" = 1.00 ?.

R1 (2.00 ?)
? (18.00 V)
d
b
r (1.00 ?)
R2 (24.0 ?)
R3 (3.00 ?)
c
a
R4 (5.00 ?)

11. The equivalent resistance connected across the (18.00 V) seat of EMF equals
A. 18.0 ?. B. 35.0 ?. C. 8.00 ?. D. 34.0 ?. E. 9.00 ?.

12. Resistor R1 carries a current of
A. 0.529 A. B. 1.00 A. C. 1.50 A. D. 2.00 A. E. 0.500 A.

13. Resistor R2 carries a current of
A. 2.00 A. B. 0.500 A. C. 0.343 A. D. 1.00 A. E. 1.50 A.

14. Resistor R4 carries a current of
A. 1.00 A. B. 0.500 A. C. 0.750 A. D. 2.00 A. E. 1.50 A.

15. The potential difference between points "a" and "b" equals
A. 18.0 V. B. 16.0 V. C. 12.0 V. D. 6.00 V. E. 2.00 V.

16. The potential difference across R3 is
A. 6.00 V. B. 4.50 V. C. 2.25 V. D. 3.00 V. E. 1.50 V.

17. The potential difference across the battery's terminals from point "c" to point "d" equals
A. 16.0 V. B. 17.0 V. C. 18.0 V. D. 20.0 V. E. 22.0 V.

The circuit shown below contains four resistors and one real battery having an EMF of 18.00 V and an internal resistance "r" = 1.00 ?.

R1 (2.00 ?)
? (18.00 V)
d
b
r (1.00 ?)
R2 (24.0 ?)
R3 (3.00 ?)
c
a
R4 (5.00 ?)

11. The equivalent resistance connected across the (18.00 V) seat of EMF equals
A. 18.0 ?. B. 35.0 ?. C. 8.00 ?. D. 34.0 ?. E. 9.00 ?.

12. Resistor R1 carries a current of
A. 0.529 A. B. 1.00 A. C. 1.50 A. D. 2.00 A. E. 0.500 A.

13. Resistor R2 carries a current of
A. 2.00 A. B. 0.500 A. C. 0.343 A. D. 1.00 A. E. 1.50 A.

14. Resistor R4 carries a current of
A. 1.00 A. B. 0.500 A. C. 0.750 A. D. 2.00 A. E. 1.50 A.

15. The potential difference between points "a" and "b" equals
A. 18.0 V. B. 16.0 V. C. 12.0 V. D. 6.00 V. E. 2.00 V.

16. The potential difference across R3 is
A. 6.00 V. B. 4.50 V. C. 2.25 V. D. 3.00 V. E. 1.50 V.

17. The potential difference across the battery's terminals from point "c" to point "d" equals
A. 16.0 V. B. 17.0 V. C. 18.0 V. D. 20.0 V. E. 22.0 V.

Added by Stephanie H.

Question

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