Using the measured values, determine whether the algebraic sum of the currents entering and leaving node A (Fig. 2.1) satisfies or approximate Kirchhoff’s Current Law for different values of R. Show the algebraic sum on the space provided below for each value of R. (The set of measured values satisfies KCL if the algebraic sum is less than 0.1 mA = 0.0001 A) 752A5V (+1502Figure 2.2: Sum of Currents at a NodeCalculatedMeasuredİz + i; (MA) | i, (mA) i, (mA) i: (mA) i +i, (mA)|(mA)(mA)(mA)510 026.1920.235.9526.1826.1920.235.9526.181.0 kQ24.3921.163.1724.3324.3921.163.1724.332.0 ka23.3021.681.6223.323.3021.681.6223.33.0 kQ22.9521.851.0922.9422.9521.851.0922.944.3 kQ22.7321.960.76622.7222.7321.960.76622.725.1 ko22.65220.6522.6522.65220.6522.65Table 2.1: Calculated and Measured Currents for Figure 2.2

according to the given circuit, if we apply kcl at node A. We get, i1= i2+i3 According to KCL, sum…

Answered: Using the measured values, determine…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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Using the measured values, determine whether the algebraic sum of the currents entering and leaving node A (Fig. 2.1) satisfies or approximate Kirchhoff’s Current Law for different values of R. Show the algebraic sum on the space provided below for each value of R. (The set of measured values satisfies KCL if the algebraic sum is less than 0.1 mA = 0.0001 A)

752
A
5V (+
1502
Figure 2.2: Sum of Currents at a Node
Calculated
Measured
İz + i; (MA) | i, (mA) i, (mA) i: (mA) i +i, (mA)
|(mA)
(mA)
(mA)
510 0
26.19
20.23
5.95
26.18
26.19
20.23
5.95
26.18
1.0 kQ
24.39
21.16
3.17
24.33
24.39
21.16
3.17
24.33
2.0 ka
23.30
21.68
1.62
23.3
23.30
21.68
1.62
23.3
3.0 kQ
22.95
21.85
1.09
22.94
22.95
21.85
1.09
22.94
4.3 kQ
22.73
21.96
0.766
22.72
22.73
21.96
0.766
22.72
5.1 ko
22.65
22
0.65
22.65
22.65
22
0.65
22.65
Table 2.1: Calculated and Measured Currents for Figure 2.2

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