LRC Circuits Table 2.1 V/R (A) 6.1585 O.1497 0.1424 0.1343 O.1258 0.1179 O.ll07 1.533 Complete Table 3.1 by calculating the current passing through the resistor for each frequency, and Va(V) 1.535 1.497 1.424 1.343 1.258 1.179 1.107 91H2 V/R (A) 0.0191 Freq(Hz) 90 Va(V) O.191 0.386 0.0386 0.593 0.812 1.036 1.247 1.415 1.514 Freq (Hz) 10 20 100 110 0.0593 8.0812 30 40 120 21036 O.1247 O-1415 0.1514 50 130 60 140 70 150 80 f. record the values. Show work. 1.107o.ll07 1o 10: Q.191 = o.0191 10 1.036 0.1036 1.497=0.1497 %3D 10 10 1.247 =0.1247 1.424= 0.1424 20: 0.386 -00386 10 10 10 1.343 = 0.1343 10 1.415 0.145 30: 0.593 = 0.0593 1.514=0.1514 258-0.1258 10 40: 0.812= 0.0812 10 10 1.535=0.1535 10 179= 01179 Table 2.2 Item Value Inductance 30 mH Resistance Capacitance 3g-001 Table 2.3 Experimental Resonant angular frequency, w. Theoretical resonant angular frequency 571.8 577.0 1. In Excel, or some other graphing program, from the data from Table 2.1 plot Current vs. Frequency. 2. The Current vs. Frequency graph should be symmetrical about a particular frequency. What frequency is it symmetrical about, and why?
LRC Circuits Table 2.1 V/R (A) 6.1585 O.1497 0.1424 0.1343 O.1258 0.1179 O.ll07 1.533 Complete Table 3.1 by calculating the current passing through the resistor for each frequency, and Va(V) 1.535 1.497 1.424 1.343 1.258 1.179 1.107 91H2 V/R (A) 0.0191 Freq(Hz) 90 Va(V) O.191 0.386 0.0386 0.593 0.812 1.036 1.247 1.415 1.514 Freq (Hz) 10 20 100 110 0.0593 8.0812 30 40 120 21036 O.1247 O-1415 0.1514 50 130 60 140 70 150 80 f. record the values. Show work. 1.107o.ll07 1o 10: Q.191 = o.0191 10 1.036 0.1036 1.497=0.1497 %3D 10 10 1.247 =0.1247 1.424= 0.1424 20: 0.386 -00386 10 10 10 1.343 = 0.1343 10 1.415 0.145 30: 0.593 = 0.0593 1.514=0.1514 258-0.1258 10 40: 0.812= 0.0812 10 10 1.535=0.1535 10 179= 01179 Table 2.2 Item Value Inductance 30 mH Resistance Capacitance 3g-001 Table 2.3 Experimental Resonant angular frequency, w. Theoretical resonant angular frequency 571.8 577.0 1. In Excel, or some other graphing program, from the data from Table 2.1 plot Current vs. Frequency. 2. The Current vs. Frequency graph should be symmetrical about a particular frequency. What frequency is it symmetrical about, and why?
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Transcribed Image Text:LRC Circuits
Table 2.1
V/R (A)
6.1585
O.1497
0.1424
0.1343
O.1258
0.1179
O.ll07
1.533
Complete Table 3.1 by calculating the current passing through the resistor for each frequency, and
Va(V)
1.535
1.497
1.424
1.343
1.258
1.179
1.107
91H2
V/R (A)
0.0191
Freq(Hz)
90
Va(V)
O.191
0.386 0.0386
0.593
0.812
1.036
1.247
1.415
1.514
Freq (Hz)
10
20
100
110
0.0593
8.0812
30
40
120
21036
O.1247
O-1415
0.1514
50
130
60
140
70
150
80
f.
record the values. Show work.
1.107o.ll07
1o
10: Q.191 = o.0191
10
1.036 0.1036
1.497=0.1497
%3D
10
10
1.247 =0.1247
1.424= 0.1424
20: 0.386 -00386
10
10
10
1.343 = 0.1343
10
1.415 0.145
30: 0.593 = 0.0593
1.514=0.1514
258-0.1258
10
40: 0.812= 0.0812
10
10
1.535=0.1535
10
179= 01179
Table 2.2
Item
Value
Inductance
30 mH
Resistance
Capacitance
3g-001
Table 2.3
Experimental Resonant angular frequency, w.
Theoretical resonant angular frequency
571.8
577.0
1. In Excel, or some other graphing program, from the data from Table 2.1 plot Current vs.
Frequency.
2. The Current vs. Frequency graph should be symmetrical about a particular frequency. What
frequency is it symmetrical about, and why?
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