13. What did you discover about the relationship between the currents flowing through two resistors connected in series (Part 3)? How do those currents compare with the current from the voltage source?What did you discover about the relationship between the currents flowing through two resistors connected in parallel (Part 4)? How do those currents compare with the current from the voltage source?If the two measured currents in your parallel circuit were not the same, which resistor had the larger current going through it? Why? $41014RFIn Figure 3 below, we have two resistors in series, and there is an ammeter in between theresistors as well as an ammeter to the right of the 47-ohm resistor.%SeriesLFigure 311. Determine what the current values should be for each of the following empty cells in thetable below. Assume that the power supply is set t o a voltage of 5.000 V. Show yourcalculations and/or explain how you determined what values for current go in each cell.TGQ Search406VR₁ (2)33LYH| 33 ი&wwwww I7Part 3: Currents in Series₁ (A)R₂ (22)47C*47J+00(9K▶11)1₂ (A)-PIsource (A).12+{+[?prt sc1}1deletebackspace Part 4: Currents in a Parallel CircuitIn Figure 4 below, we show circuit diagrams in which we have connected a parallel circuitusing the 33 ohm resistor and the 47 ohm resistor. In the left panel we show the circuit withtwo ammeters, one wired in series with each of the two resistors, which will measure thecurrent through each resistor individually. In the right panel, a single ammeter is placed afterthe parallel resistor combination, in order to measure the total current output from the voltagesource.V332Parallelwww.I47012. Determine what the current values should be for each of the following empty cells in thetable below. Assume that the power supply is set to a voltage of 5.000 V. Show yourcalculations and/or explain how you determined what values for current go in each cell.R₁ (22)33VPe33 nwwwwww470Figure 4Part IV: Currents in ParallelR₂ (12)471₁ (A)12 (A)I source (A)

11.The given circuit is12.The given circuit is

Answered: 13. What did you discover about the…

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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13. What did you discover about the relationship between the currents flowing through two resistors connected in series (Part 3)? How do those currents compare with the current from the voltage source? What did you discover about the relationship between the currents flowing through two resistors connected in parallel (Part 4)? How do those currents compare with the current from the voltage source? If the two measured currents in your parallel circuit were not the same, which resistor had the larger current going through it? Why?

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4101
4
R
F
In Figure 3 below, we have two resistors in series, and there is an ammeter in between the
resistors as well as an ammeter to the right of the 47-ohm resistor.
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Series
L
Figure 3
11. Determine what the current values should be for each of the following empty cells in the
table below. Assume that the power supply is set t o a voltage of 5.000 V. Show your
calculations and/or explain how you determined what values for current go in each cell.
T
G
Q Search
40
6
V
R₁ (2)
33
LY
H
| 33 ი
&
wwwww I
7
Part 3: Currents in Series
₁ (A)
R₂ (22)
47
C
*
47
J
+
00
(
9
K
▶11
)
1₂ (A)
-
P
Isource (A)
.
12+
{
+
[
?
prt sc
1}
1
delete
backspace

Part 4: Currents in a Parallel Circuit
In Figure 4 below, we show circuit diagrams in which we have connected a parallel circuit
using the 33 ohm resistor and the 47 ohm resistor. In the left panel we show the circuit with
two ammeters, one wired in series with each of the two resistors, which will measure the
current through each resistor individually. In the right panel, a single ammeter is placed after
the parallel resistor combination, in order to measure the total current output from the voltage
source.
V
332
Parallel
www.I
470
12. Determine what the current values should be for each of the following empty cells in the
table below. Assume that the power supply is set to a voltage of 5.000 V. Show your
calculations and/or explain how you determined what values for current go in each cell.
R₁ (22)
33
V
Pe
33 n
www
www
470
Figure 4
Part IV: Currents in Parallel
R₂ (12)
47
1₁ (A)
12 (A)
I source (A)

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