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For the series circuit, based on your results, write an equation relating the voltage from the power source to the voltage across each component resistor. For the parallel circuit, based on your results, write an equation relating the current flow from the power source to the currents flow in each component resistor.

For the series circuit, based on your results, write an equation relating the voltage from the power source to the voltage across each component resistor. For the parallel circuit, based on your results, write an equation relating the current flow from the power source to the currents flow in each component resistor.

Introductory Circuit Analysis (13th Edition)
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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  1. For the series circuit, based on your results, write an equation relating the voltage from the power source to the voltage across each component resistor.
  2. For the parallel circuit, based on your results, write an equation relating the current flow from the power source to the currents flow in each component resistor.                                                                               
Purpose: Color Code Ohmmeter unit R₁ R₂ Rs unit R₁ R₂ Rr Table 1: Resistance Determinations R₁ x 10% 1.048 10.0210 V volt 6.79 3.03 10.0 V SR₁ x 10% volt 9.40 9.40 1.000 10.1000 Table 2: Resistors in Series I Amp 0.592 x 10-3 0.592 x 10-3 0.592 x 10-3 Table 3: Resistors in Parallel I Amp 0.840 x 10-3 1.730 x 10-3 2.620 x 10-3 R₂ x 10³ 5.270 10.105 R 52 1.147 x 10* 5.118 x 10³ 1.689 x 10+ R 52 1.119 x 10* 5.434 x 10³ 3.591 x 10* SR₂ x 10³ 4.700 +0.470 P 4.097 x 10-3 1.794 x 10-3 5.920 x 10-³ P W 7.896 x 10-³ 1.626 x 10-² 2.465 x 10-² 1. 8R₁(Color Code) = Brown, black, orange, silver 10,000(10%) 5R₁(Ohmmeter) = silver - (10 %) = 10,000 x 10 100±1000 2. Calculate R: V 6.79volt R₁T 0.592 x 10-³ Amp R₂ V V R₁ === 3.03 volt 0.592 x 10 Amp 10. Ovolt T0.592 x 10 Amp - 1.147 x 10 Calculate P: 3. Calculate R: R₁ = P = VxI= (6.79volt) (0.592 x 10-³ Amp) = 4.097 x 10-³W R₂ = P =V x1 = (3.03 volt) (0.592 x 10-³Amp) = 1.794 x 10-³W Rs = P = VxI= (10.0 volt)(0.592 x 10-³ Amp) = 5.920 x 10-³W V 9.40volt R₁-0.840 x 10-³ Amp 9.40volt R₂1.730 x 10 Amp V 5.118 x 10³ V 9.41 volt Rp T 2.620 x 10-³ Amp = 1.689 x 10* = 1.119x10*0 = 5.434 x 10³0 = 3.591 x 10* Calculate P: R₁ = P = VxI=(9.40volt)(0.840 x 10-3 Amp) = 7.896 x 10-³W R₂ =P = VxI=(9.40volt)(1.730 x 10-3 Amp) = 1.626 x 10-²W R₂ =P =VxI= (9.41volt) (2.620 x 10-³ Amp) = 2.465 x 10-²W
Transcribed Image Text:Purpose: Color Code Ohmmeter unit R₁ R₂ Rs unit R₁ R₂ Rr Table 1: Resistance Determinations R₁ x 10% 1.048 10.0210 V volt 6.79 3.03 10.0 V SR₁ x 10% volt 9.40 9.40 1.000 10.1000 Table 2: Resistors in Series I Amp 0.592 x 10-3 0.592 x 10-3 0.592 x 10-3 Table 3: Resistors in Parallel I Amp 0.840 x 10-3 1.730 x 10-3 2.620 x 10-3 R₂ x 10³ 5.270 10.105 R 52 1.147 x 10* 5.118 x 10³ 1.689 x 10+ R 52 1.119 x 10* 5.434 x 10³ 3.591 x 10* SR₂ x 10³ 4.700 +0.470 P 4.097 x 10-3 1.794 x 10-3 5.920 x 10-³ P W 7.896 x 10-³ 1.626 x 10-² 2.465 x 10-² 1. 8R₁(Color Code) = Brown, black, orange, silver 10,000(10%) 5R₁(Ohmmeter) = silver - (10 %) = 10,000 x 10 100±1000 2. Calculate R: V 6.79volt R₁T 0.592 x 10-³ Amp R₂ V V R₁ === 3.03 volt 0.592 x 10 Amp 10. Ovolt T0.592 x 10 Amp - 1.147 x 10 Calculate P: 3. Calculate R: R₁ = P = VxI= (6.79volt) (0.592 x 10-³ Amp) = 4.097 x 10-³W R₂ = P =V x1 = (3.03 volt) (0.592 x 10-³Amp) = 1.794 x 10-³W Rs = P = VxI= (10.0 volt)(0.592 x 10-³ Amp) = 5.920 x 10-³W V 9.40volt R₁-0.840 x 10-³ Amp 9.40volt R₂1.730 x 10 Amp V 5.118 x 10³ V 9.41 volt Rp T 2.620 x 10-³ Amp = 1.689 x 10* = 1.119x10*0 = 5.434 x 10³0 = 3.591 x 10* Calculate P: R₁ = P = VxI=(9.40volt)(0.840 x 10-3 Amp) = 7.896 x 10-³W R₂ =P = VxI=(9.40volt)(1.730 x 10-3 Amp) = 1.626 x 10-²W R₂ =P =VxI= (9.41volt) (2.620 x 10-³ Amp) = 2.465 x 10-²W
Expert Solution
Step 1

Given data shows measurement of voltage and current for a circuit consist of three resistors and a voltage source.

Resistors are : R1,R2 and R3

First these resistors are connected across the voltage source in series.

Second time all resistor are connected across voltage source in parallel.

 

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