i, = 5A ЗА 12 =3A 11 10=7A I i3D? 13 =4A 14

Q: a -j12.8 j12 Yab ---> -j2 b 13.6 Q ll

A:

Q: 12 + Vz - Iy + 3Vz 14 V 4 2 Vx + 1

A:

Q: Let P, Q, R be true, false true, respectively. Which of the following is true? * PAQAR PA-QA-R…

A: Here, It is given that  P- True  Q- False  R- True We have to find which option is correct ?…

Q: 2nu(-n) 0.1nu(-n) + 0.2nu(-n) Determine if stable system or not using infinite geometric series…

A:

Q: See Figure 19.3. What is the Norton equivalent impedance ZN as seen by ZL? O 0.47 Q 2-26.6° Ο 5.0 Ω…

A: As per Bartleby guidelines we are allowed to solve only one question, please ask the rest again.

Q: Investigate the stability of the following system using Jury" method. 1 G(z)=C(2) R(z) 2z-1.5z³…

A: Given system G(z)=C(z)R(z)=12z4-1.5z3+0.5z2+2z-1

Q: + Vz - 10 3 A Iy342 2 A

A:

Q: 3nu(-n) 0.1nu(-n) + 2nu(-n) Determine if stable system or not using infinite geometric series…

A: If the GM series converge to a finite value then the system is stable otherwise Unstable.

Q: 2 Find I₁ / 1₂ 35 0 using mesh analysis. m j20 ZORE ļļ -j 20 (N) 30190

A:

Q: 13) Consider the system H(z) = Ha(2)Hm(2) Determine: a) Ha(z) b) Hm(2) = (1-2-1)(1–32-1)(1-2:-1)…

A: Minimum Phase Transfer Function : All the poles and zeros of transfer function lies inside the unit…

Q: (h + 4)² – 16 lim h-0 h + 8 None of them O + 10 + 4 + 6

A: So the question is on lim we will apply  L HOSPITAL rule.

Q: 12 + Vz - Iy + 3Vz 14 V 4 2 Vx 62

A: as per company guidelines we supposed to answer only first three subpart . Please rest question…

Q: 3,33. a,c Draw Direct form I + I degrams for a dyci) , 3ycs)= 5x(+) , .01 dyn, o. Syn) = 3), 4…

A: DIFFERENTIAL EQUATION:  A differential equation is an equation which contains one or more terms and…

Q: 1- cos x Evaluate lim .2 а. 1 b. -1 С. 2 d. 1 2

A:

Q: Ex find Vo 20 No 240 Nodal analysis 7 16A

A: Using nodal analysis we will solve for V0 in this problem.

Q: Q.2) Evaluate II. cos(z + y + 2) dzdydz

A:

Q: For the admittance locus diagram shown below: find the value of each element in the circuit if w=377…

A:

Q: j20 2 I5 6Ω 102( 1.) O5/45° A I4) 5/45° A -j6 2 13 1Ω 4Ω -j10 2 50/30° V

A:

Q: Ow/ ôu and ôw/ôv for w= xy+yz+ XZ, X=u+v, y=u at the point (u, v) =(1/2,1). 3 Ans. Z, = 3, z, 2

A: In this question, we have to find out partial differentiation..In partial differentiation, we are…

Q: 2. Find the IN and RN of the circuit shown below as seen from the terminals A and B. 10V 212 63 72…

A:

Q: Find iy.

A:

Q: If a = i-2j + k, b = i+ 2j-4k , c= 2i -3j + k Evaluate: D= (axb )x( a x c)

A:

Q: SAMPLE 3. Determine the sending end voltage, V, of the given nominal-T transmission line. Ans: UNIVE…

A: This problem is from power system.  Please look for solution below.

Q: Example: wnitte Hue differenbial cquatuains o follawning Systems mi Hez

A: Given mechanical system shown

Q: -jue I2 V2 Sind yu

A:

Q: Y sanrce @ abc seq Find O toslal P,Q,S

A: The solution is given below

Q: By us imy the comelex translation theoe the z trans form of teat o bt hivt i Z CtJ = XCZ)

A:

Q: sin 2t sin 5t S 1/1² ( x + + 3 2 s Option 1 s4 Option 4 None of the choices S s+7 10 58s² + 441 20…

A: laplace transform of given funtion is given as

Q: Investigate the stability of the following system using Jury' method. C(z) -. R(z) 2z-1.5z +0.5z ? +…

A: According to question:

Q: Q5) Current density is distributed as follows; J 0 for ly> 2m, J= 8ya, A/m for lyl < Im, J 8(2-ya,…

A: Current density in the region 0 &lt; y &lt; 1 &amp; −1 &lt; y &lt; 0  is mirror image of each others…

Q: wsusing Superpasition theorem ha determined - Ts in the act shoun be low Is somA 50

A:

Q: To evaluate Tf, why Pgf is divided by ωsyn not ωm? *

A: As we know in motor Power = torque×w

Q: b. Realize the following system function using minimum number of multipliers 1 H(z) = 1 + z-2 + %3D…

A: The solution is given below

Q: .Use a A- to - Y impedance transformation to find I9. 63.2 N -j4 2 j2.4 12 1200 V b 10 N 20 N j60 N

A: According to the question we need to calculate the value of I0.

Q: Obtain the direct form I, direct form cascade, and parallel structures for the following system: 1 +…

A: 1.For Direct Form  Hz=YzUzYzUz=1+0.875z-11-0.5z-1+0.76z-2-0.63z-3 Consider zero on left side (+)…

Q: Using Source transformation, solve for Ix. 20 Ix 1 10A 20A 10 30

A: In this question we need to find a current Ix using source transformation.

Q: SA Iz I, find I& Iz

A: if resistors R1 and R2 are connected parallel with the current i than current division rule current…

Q: Solve for X(n) using any 2 out of 3 methods of the given X(z). 1 X(z) : (1– z-')(1 – z-2)

A: Given: Consider the function: Xz=11-z-11-z-2 To find: Solve for x(n) using any 2 out of 3 methods of…

Q: j10 2 ll 122 -j5 2 Figure 19.68 For Prob 194

A:

Q: 2) DETERMINAR (a) Ip (b) Vcs, y Vos (c) Vp y Vs.

A: Dear student as per our guidelines we are supposed to solve only one question in which it should…

Q: (z – 2i) (z – 3) Given f (z) = z? (z+5)3 (z-21) 4 Which of the following is correct ? oz =0 is a…

A: Poles are the roots of the denominator of the transfer function and zeros are the roots of numerator…

Q: 16) Find (a) the total impedance, (b) total current and (c) the current flowin through each…

A:

Q: (2) Consider the fllooing system. RIS) = D日) (SHIXS+2 K OIf DCE) =| gand k=0,

A: Given the block: 1. If D(z)=1 and K=0. a) We need to find C(z). b) We need to calculate C(kT) and…

Q: Find the Vo Voltage. ww w w w 122A -j222 6Ω 2522 j2822 + 252/0° V -j1722 Vo () 3/0° A

A: By applying a mesh analysis, Consider a loop 1 in which voltage source is present,…

Q: 1 z2 3 5. Evaluate y cos z°dxdydz. 0 0 0

A: We need to evaluate the given integration .

Q: Termination transmission line ideally O S 11 =0 O S 11 =1 O O S 11 = 00 S 11 = -00

A: Here, the objective is to determine the correction option.

Q: W. (Due to the nature of this problem, do not use rounded int R, = 56 kn %3D R = 14 kn = 14 kQ EV, =…

A: Given circuit shown

Q: For a T.L. of Zo=50 Ohm, terminated with ZL= 100 Ohm, the value of the VSWR is: O 5 O 2 O 3

A: The solution can be achieved as follows.

Current Division Method

The generalized current divider formula is given by the following relation below,