6. Refer again to Figure 9-19. If R1 were shorted, the a. circuit current would increase. b current through R2 would decrease. c. current through R3 would decrease. d. circuit current would remain the same.. 7. Refer to Figure 9-19. During a circult check, you find that VRE is 13.18 The probable cause of the reading is that a R2 is open. R3 is open. R1 is shorted. b. c. d. VA is also 13.18V. 8. To determine the voltage drop of each resistor In Figure 9-19, you nee to know a. total circuit current. b. parallel branch equivalent resistance. c. total circuit resistance. d. All of the above. 9. In the parallel branch of a series/parallel resistive circuit, total curre equals the sum of the currents flowing through each leg, found whe you a. add the current through each series resistor. b. divide the voltage across the branch by the resistance in each leg. c. multiply the voltage across the branch by the resistance in each leg. d. divide total resistance by the applied voltage. 13 10. Refer to Figure 9-19, 19.8 mA, VAE 11.76V, and VR1 3.23V. Whi is wrong with the circuit?
6. Refer again to Figure 9-19. If R1 were shorted, the a. circuit current would increase. b current through R2 would decrease. c. current through R3 would decrease. d. circuit current would remain the same.. 7. Refer to Figure 9-19. During a circult check, you find that VRE is 13.18 The probable cause of the reading is that a R2 is open. R3 is open. R1 is shorted. b. c. d. VA is also 13.18V. 8. To determine the voltage drop of each resistor In Figure 9-19, you nee to know a. total circuit current. b. parallel branch equivalent resistance. c. total circuit resistance. d. All of the above. 9. In the parallel branch of a series/parallel resistive circuit, total curre equals the sum of the currents flowing through each leg, found whe you a. add the current through each series resistor. b. divide the voltage across the branch by the resistance in each leg. c. multiply the voltage across the branch by the resistance in each leg. d. divide total resistance by the applied voltage. 13 10. Refer to Figure 9-19, 19.8 mA, VAE 11.76V, and VR1 3.23V. Whi is wrong with the circuit?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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KVL and KCL
KVL stands for Kirchhoff voltage law. KVL states that the total voltage drops around the loop in any closed electric circuit is equal to the sum of total voltage drop in the same closed loop.
Sign Convention
Science and technology incorporate some ideas and techniques of their own to understand a system skilfully and easily. These techniques are called conventions. For example: Sign conventions of mirrors are used to understand the phenomenon of reflection and refraction in an easier way.
Question
VRE= Total Resistance
Transcribed Image Text:6. Refer again to Figure 9-19. If R1 were shorted, the
a.
circuit current would increase.
b current through R2 would decrease.
c. current through R3 would decrease.
d. circuit current would remain the same..
7. Refer to Figure 9-19. During a circult check, you find that VRE is 13.18
The probable cause of the reading is that
a. R2 is open.
b. R3 is open.
c.
d. VA Is also 13.18V.
R1 is shorted.
8. To determine the voltage drop of each resistor in Figure 9-19, you nee
to know
a. total circuit current.
b. parallel branch equivalent resistance.
c. total circuit resistance.
d. All of the above.
9. In the parallel branch of a series/parallel resistive circuit, total curre
equals the sum of the currents flowing through each leg, found whe
you
a. add the current through each series resistor.
b. divide the voltage across the branch by the resistance in each leg.
c. multiply the voltage across the branch by the resistance in each leg.
d. divide total resistance by the applied voltage.
10. Refer to Figure 9-19. = 9.8 mA, VRE= 11.76V, and VR1 = 3.23V. Whi
is wrong with the circuit?
a R3 is open.
b. R2 is open.
o. A1 is shorted.
d. nothing
Transcribed Image Text:15 Vdc
R2
R1
3309
Figure 9-19. A series/parallel resistive circult.
R3
2.4K
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