Resistors in series or in parallel can be treated as a single “equivalent resistor”By using Requivalent = R1+ R2 or 1/ Requivalent=1/R1 + 1/R2, respectively. a.What is the equivalent resistance of the series resistors? Express your answer in terms of R. b. Draw a new circuit diagram that uses the equivalent resistor. c. What is the equivalent resistance of the parallel resistors in your new circuit diagram? Express your answer in terms of R. d.Draw a new circuit diagram that uses the equivalent resistor.
Resistors in series or in parallel can be treated as a single “equivalent resistor”By using Requivalent = R1+ R2 or 1/ Requivalent=1/R1 + 1/R2, respectively. a.What is the equivalent resistance of the series resistors? Express your answer in terms of R. b. Draw a new circuit diagram that uses the equivalent resistor. c. What is the equivalent resistance of the parallel resistors in your new circuit diagram? Express your answer in terms of R. d.Draw a new circuit diagram that uses the equivalent resistor.
Chapter14: Inductance
Section: Chapter Questions
Problem 20CQ: Discuss possible practical applications of RL circuits.
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2. Resistors in series or in parallel can be treated as a single “equivalent resistor”By using Requivalent = R1+ R2 or 1/ Requivalent=1/R1 + 1/R2, respectively.
a.What is the equivalent resistance of the series resistors? Express your answer in terms of R.
b. Draw a new circuit diagram that uses the equivalent resistor.
c. What is the equivalent resistance of the parallel resistors in your new circuit diagram?
Express your answer in terms of R.
d.Draw a new circuit diagram that uses the equivalent
resistor.
Transcribed Image Text:R
R
R
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Fig. 1. Three identical resistors in a circuit.
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