Problem 3veriant of alternatingFor the givenCurrent circuit (Table 2):1) To deter mine the current in the circuitaud voltage across each of the elements.2) To built current and vobbage veetordiagram.Ta determine the value of the regetarce3)at whi'ch voltage resonance; arise and the valueof resonance currens through the cireuit,342C2Problem 4For, the given variant of alteena tingcurrent cir Euit (Table 2):1) To determine the currenti in all branchesby gymbol method.2) To built cw rent and voltage veebordiágram.3) To determine, the value of one ofreactance at which current resonance willarise anod the 'value of rejonance curentin un branched part of 'the circuit34 Table 2Var# V,v R,eR2e L, mH L2,mHCijpF|C2 ,AFR2,2 1,mH L2,m|Ci. uF C2 RF10640 52020260202.151600203.Joo300303.1013018080053016411217095 1523612S00101452737300272795lo00571240150133240 | 1465010go3515067400141515401612130160362654864138017101056010115 | 609o141832025191006036015130114005411105206021016801239652054502117601206080181211022401252366265191345 250110851370242025 1414220| 27220 | 28260 1801101103221425422522110382615962301751256523ఏ1524252202919016100200

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Asked Dec 12, 2019
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Variant 6

Problem 3
veriant of alternating
For the given
Current circuit (Table 2):
1) To deter mine the current in the circuit
aud voltage across each of the elements.
2) To built current and vobbage veetor
diagram.
Ta determine the value of the regetarce
3)
at whi'ch voltage resonance; arise and the value
of resonance currens through the cireuit,
342
C2
Problem 4
For, the given variant of alteena ting
current cir Euit (Table 2):
1) To determine the currenti in all branches
by gymbol method.
2) To built cw rent and voltage veebor
diágram.
3) To determine, the value of one of
reactance at which current resonance will
arise anod the 'value of rejonance curent
in un branched part of 'the circuit
34
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Problem 3 veriant of alternating For the given Current circuit (Table 2): 1) To deter mine the current in the circuit aud voltage across each of the elements. 2) To built current and vobbage veetor diagram. Ta determine the value of the regetarce 3) at whi'ch voltage resonance; arise and the value of resonance currens through the cireuit, 342 C2 Problem 4 For, the given variant of alteena ting current cir Euit (Table 2): 1) To determine the currenti in all branches by gymbol method. 2) To built cw rent and voltage veebor diágram. 3) To determine, the value of one of reactance at which current resonance will arise anod the 'value of rejonance curent in un branched part of 'the circuit 34

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Table 2
Var# V,v R,eR2e L, mH L2,mHCijpF|C2 ,AF
R2,2 1,mH L2,m|Ci. uF C2 RF
10
640 520
20
260
20
2.
15
1600
20
3.
Joo
300
30
3.
10130
180
800
530
16
41
12
170
95 15
236
12
S00
10
145
27
37
300
27
27
95
lo00
57
12
40
150
13
32
40 | 14
650
10
go
35
150
67
400
14
15
15
40
16
12
130
160
36
265
48
64
13
80
17
10
105
60
10
115 | 60
9o
14
18
320
25
19
100
60
360
15
130
11
400
54
11
105
20
60
210
16
80
12
39
65
205
450
21
17
60
120
60
80
18
12
110
22
40
125
23
66
265
19
13
45 250
110
85
13
70
24
20
25 14
14
220| 27
220 | 28
260 180
110
110
32
21
42
54
225
22
110
38
26
15
96
230
175
125
65
23
ఏ
15
24
25
220
29
190
16
100
200
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Table 2 Var# V,v R,eR2e L, mH L2,mHCijpF|C2 ,AF R2,2 1,mH L2,m|Ci. uF C2 RF 10 640 520 20 260 20 2. 15 1600 20 3. Joo 300 30 3. 10130 180 800 530 16 41 12 170 95 15 236 12 S00 10 145 27 37 300 27 27 95 lo00 57 12 40 150 13 32 40 | 14 650 10 go 35 150 67 400 14 15 15 40 16 12 130 160 36 265 48 64 13 80 17 10 105 60 10 115 | 60 9o 14 18 320 25 19 100 60 360 15 130 11 400 54 11 105 20 60 210 16 80 12 39 65 205 450 21 17 60 120 60 80 18 12 110 22 40 125 23 66 265 19 13 45 250 110 85 13 70 24 20 25 14 14 220| 27 220 | 28 260 180 110 110 32 21 42 54 225 22 110 38 26 15 96 230 175 125 65 23 ఏ 15 24 25 220 29 190 16 100 200

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Expert Answer

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Step 2

From the table, the given value of elements is taken:

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V = 27V R = 112 R, = 7N 4 = 35mH L = 37MH С %3145иF C; = 300µF

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Step 3

From figure, all elements are in series so the...

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R = R, + R, eq =11+7 =182 La =L +L, = 35+37 = 72 mH C,C, Cea C +C, 145 x 300 145 +300 43500 445 = 97.75µF

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