Answer both a and b.And my id=190108013..so,x=013 and y=19. 1. a.The resistance R2 is attached to a circuit in Fig. for Q. 1(a). The Thevenin voltage and resistanceas seen without the resistance R2 are calculated to be,VTh = x VRTh = y 2Where x=last three digit of your student ID and y= first two digit of your student ID. Ifstudent ID is 1234567890 then first two digit is 12 and last three digit is 890.yourDetermine the following:(i)The values of Vg and R, when R2 is not attached(ii)The value of R2 required to cause I=0.3 A when R2 is attached(iii)The value of R2 required to cause V= 9 V when R2 is attachedR1R1VsR1R2R1VTh, RThFig. for Q. 1(a)b. For the circuit shown in Fig. for Q. 1(b), find the gain V/Vs.200 22 ΚΩ40 I .Vs(+100 2+,10 KQVo10005 V10 ΚΩFig. for Q. 1 (b)wwww

Taking X=13 V and y=19 i.e Vth=13 V Rth=19 Ω (i) The values of Vs and R1 In given diagram Rth is…

Answered: Answer both a and b.And my…

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Answer both a and b.And my id=190108013..so,x=013 and y=19.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter3: Power Transformers

Section: Chapter Questions

Problem 3.30P: Reconsider Problem 3.29. If Va,VbandVc are a negative-sequence set, how would the voltage and...

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Code Conversion

The method or technique used to convert code from one format to another is termed code conversion. Code conversions are most commonly used in computers, digital electronics, microprocessors, etc.

Question

Answer both a and b.And my id=190108013..so,x=013 and y=19.

1. a.
The resistance R2 is attached to a circuit in Fig. for Q. 1(a). The Thevenin voltage and resistance
as seen without the resistance R2 are calculated to be,
VTh = x V
RTh = y 2
Where x=last three digit of your student ID and y= first two digit of your student ID. If
student ID is 1234567890 then first two digit is 12 and last three digit is 890.
your
Determine the following:
(i)
The values of Vg and R, when R2 is not attached
(ii)
The value of R2 required to cause I=0.3 A when R2 is attached
(iii)
The value of R2 required to cause V= 9 V when R2 is attached
R1
R1
Vs
R1
R2
R1
VTh, RTh
Fig. for Q. 1(a)
b. For the circuit shown in Fig. for Q. 1(b), find the gain V/Vs.
200 2
2 ΚΩ
40 I .
Vs(+
100 2
+,
10 KQ
Vo
1000
5 V
10 ΚΩ
Fig. for Q. 1 (b)
ww
ww

Expert Solution

Step 1

Taking X=13 V and y=19

i.e V_th=13 V

R_th=19 $Ω$

(i) The values of V_s and R₁

In given diagram R_th is given as by short circuiting the V_s

V_th is given as

Step 2

(ii) Value of R₂ for I=0.3 A

From the previous problem the Thevenin's circuit can be represented as

From the diagram the KVL equation is given as

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