The circuit shown below contains four resistors and one real battery having an EMF of 9.00 V and an internalresistance "r" = 0.500 Q.R1(1.00 Q)R3(3.00 N)(9.00 V)R2(12.0 N)r(0.500 Q)R4(1.00 N)a 11. The equivalent resistance connected across the (9.00 V) seat of EMF equalsВ. 3.00 0.A. 17.5 Ω.C. 9.00 Q .D. 4.00 0.E. 4.50 Q.12. Resistor R, carries a current ofA. 1.00 A.В. 2.00 А.С. 1.50 А.D. 0.500 A.E. 0.514 A.13. Resistor R, carries a current ofA. 0.500 A.B. 0.514 A.C. 1.00 A.D. 2.00 A.E. 1.50 A.14. Resistor R, carries a current ofA. 0.514 A.B. 0.500 A.С. 1.50 А.D. 1.00 A.Е. 2.00 А.

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The circuit shown below contains four resistors and one real battery having an EMF of 9.00 V and an internal resistance "r" = 0.500 Q. R1 (1.00 Q) R3 (3.00 N) (9.00 V) R2 (12.0 Q) r (0.500 Q) R4 (1.00 0) a

The circuit shown below contains four resistors and one real battery having an EMF of 9.00 V and an internal resistance "r" = 0.500 Q. R1 (1.00 Q) R3 (3.00 N) (9.00 V) R2 (12.0 Q) r (0.500 Q) R4 (1.00 0) a

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter18: Direct-Current Circuits

Section: Chapter Questions

Problem 29P: (a) Can the circuit shown in Figure P18.29 be reduced to a single resistor connected to the...

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The circuit shown below contains four resistors and one real battery having an EMF of 9.00 V and an internal
resistance "r" = 0.500 Q.
R1
(1.00 Q)
R3
(3.00 N)
(9.00 V)
R2
(12.0 N)
r
(0.500 Q)
R4
(1.00 N)
a

11. The equivalent resistance connected across the (9.00 V) seat of EMF equals
В. 3.00 0.
A. 17.5 Ω.
C. 9.00 Q .
D. 4.00 0.
E. 4.50 Q.
12. Resistor R, carries a current of
A. 1.00 A.
В. 2.00 А.
С. 1.50 А.
D. 0.500 A.
E. 0.514 A.
13. Resistor R, carries a current of
A. 0.500 A.
B. 0.514 A.
C. 1.00 A.
D. 2.00 A.
E. 1.50 A.
14. Resistor R, carries a current of
A. 0.514 A.
B. 0.500 A.
С. 1.50 А.
D. 1.00 A.
Е. 2.00 А.

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