Use mesh-current andilysis below. I1 820°v j1Q 4Z0°v 10 I2 I3 Vx 10 2Vx 下-ゴ10 Is

Q: In a resistive inductive circuit, if PF is 80% and the circuit consumes 1234 Watts, what is the…

A:

Q: to V, - Z2 Z3 6- j82 4 +j3 2 Ω 4 + j0 2 AI 100 Z0°

A: Given circuit shown

Q: 3A 352 m 252 √ i = |A O i = 2A O i = A O i = A 252 m fi {652 152

A:

Q: Desian aproblem for wyr doltatransformations Detdrminc the eauivalent resistance betren the…

A:

Q: Figure n V/0⁰ 0.2 0 ww + a 0.3 0 m 12.4 V/120° ¹₂ mmom 1.60 0.80 V-120° 0.4 Ω b с j3.4ΩΑ j5.6 MB…

A: A three-phase source with peak value Vm=300 V supplies power to a star-connected three-phase load.

Q: tor The circeit snowh behow CelcEze

A: The loop current can be calculated by using the mesh and nodal analysis.The kirchhoff's voltage law…

Q: (a) Determine the value of Z, in the circuit of Figure Q3(a) for maximum power transfer.

A:

Q: 380 <0° V 380 /120° V a n a 380 /-120° V I 1Ω B 2 Ω m Μ A ·J2Ω C

A:

Q: R10 w ΧΙΩ 302 000 w V2 E 1002 150 V Z0° Where: R₁ = 52, and and XL = 25 2. Find the values of :…

A: For the given circuit calculation of following given values.Let us redraw the circuit in impedance…

Q: www 202 KL0⁰ -j40 O a. lo=0,38 + j3,81 A O b. lo=0,76 + j2,67 A O c. lo=3,43 +j3,43 A O d. lo=0,76 +…

A:

Q: E = 30 V 20⁰ Z₁ = Is= Ic= V₁ = pf = I₂ R₁ www 3 Ω ZT N N N + V₂ moo X = 6 Ω lagging or leading R₂…

A:

Q: E 100 V Z 0° = ZT= IT = + 15 = pf = R₁ www 12 Ω R₂ 20 Ω 2 R3 www 12 Ω R₁ lagging or leading • 20 Ω…

A:

Q: How it is come like that !!? Please can you explain for me!??

A:

Q: Consider the two-terminal component of the figure, characterised by the terminals A- of the Norton's…

A: Given : In the above given question they have mentioned an AC circuit having impedances and a…

Q: 5 + 3-j4 20/0⁰ 2 10 L90° 12 V + 15 20 + V V Za = 5 ohms Zb= 3-j4 ohms Zc= 2 ohms Zd= 12 ohms V1= 20…

A:

Q: L1 C1 VSm R2 R1 ZVSph In the circuit, R1=135 Ohm, R2 = 9.6 Ohm, the inductor reactance XL1=60 Ohm,…

A: To find the Real part of total circuit impedance

Q: In the circuit shown in Figure below, given İ =10 ∠0°A, calculate the values of İ1, İ2, and İ3

A: The RLC circuit diagram is shown below,

Q: ЗА Т N1 202 2V N2 10 Ţ 2A

A: We need to find out the current for given circuit, first we will find out the voltage for given…

Q: ell I2 100 r P=45° L=10 ; Cz-20i 1. 211 2. 222 N2 -10i 100 L45 3-24i -201430i 2. 100 45° -10; -10i…

A: Here you are using cramers rule  In that you write I1 is wrong ie here in second row second column…

Q: t 34V そら4 34V 3 A 332 5A ら-2 10-2 2,5 to 34V Vz ー6V

A: In this question we need to find a V2 using source transformation.

Q: Find the equivalent impedance Z in figure 2 when w=1K rad/s. Express the results in both rectangular…

A: Given R1 =25 ΏC2 =-j25 ΏL1 =j50 ΏR2 =20 Ώ C1 =j100 Ώω =1 K rad/S

Q: Q2) For the circuit shown in figure below, Find the current I3 by using the loop (Mesh) method. 40 +…

A: Given :    In the above question we have used the method of mesh analysis.    In the circuit we have…

Q: Compute for the pole of the system below. C1 1µF U1 Vi 3 R1 V 1 2 Vo Vi 1k오 1V 1kHz 0° (+)

A: in this question,  compute the pole of the system of the given Op-amplifier circuit.  First convert…

Q: $2: Derive Leg For the cipcuit showin in afig then Find It fer L-12=hs-15H -TH MI3=AA31= 2 H eee A…

A:

Q: The given 320145 The + circuit is Current तस I = иеге I in داز the 320 145 3+j1 I= 101. 19 | 26.57"…

A: here we have to explain the solution.

Q: nd reumeany pont unime has pired. The tmerwcontin tountyouthet Your anwers are saved automaticaly…

A: KIRCHHOFF ’S LAW  KCL The algebraic sum of all currents at a nodule is zero. Kirchhoff's current…

Q: Za= 10 ohms Zb = -j5 ohms Zc = 4+j4 ohms Zd = 6-j8 ohms Ze = 5 ohms Ea = 10 angle 0 Eb = 5 angle 0…

A:

Q: Question 35 A12 voh batery and gh bub are arranged in sees The ammeter reads the cumentbe a0 npers…

A: Given, Voltage of battery V=12 V Current in the circuit I=0.80 A

Q: R1 12 I1 102 C1 1/30 2 Cos 3t Ampere 2 Sin 3t Ampere F

A:

Q: 5/0° Α 8 Ω 13 j10 Ω m 4Ω www =-j292 1 -j202 20/90° V

A:

Q: Consider a step down converter supplied by a DC power source of magnitude Vs = 220 v. The switching…

A: Rectifier: Because nearly every electrical appliance runs on DC (Direct Current), the rectifier…

Q: 2Ω 24315° -j3 N=

A:

Q: For the circuit shown, determine the Thevenin equivalent voltage seen from the terminals marked A)…

A:

Q: Solve for the steady-state values of the labeled currents at 2 A Va t=0 2 (a) t = 0 iz

A:

Q: From the circuit below, what is the value of the mesh current C when the direction of all the mesh…

A:

Q: Problem Find ₁ and Vo. 12/0° V I₁ ww 252 -J252 1:2 Ideal + 252 -j252 46 3252 Answer I₁ = 3.07/39.81°…

A:

Q: 3) + R Find u, and is using superposition c iz 1+, V₂ V₁ = 100 cos (306) V/₂= 60 cos (30€ + 60°)…

A:

Q: ✓ 3.17 Calculate the gradient of: (a) V₁ = 6xy - 2xz + z (b) V₂ = 10p cos - pz (c) V₂ = 2 T cos o

A: The expression,

Q: VZ-240 C FIND: Vbn Van a Van=300/30 VZ0 Vab Voc Vca VZ-120 + b JAB IBC ICA a b 2+j3 La A I6B IcC IaA…

A: In this question We need to determine the all unknown parameters Assume this circuit is balanced…

Q: For the following circuit the =value of 11 (in x+jy form) 10 نقاط 2 B D 10L0° )5 L30* E-jl C a) 2.5…

A: Step 1: Apply KVL in loop 1  10∠0=2-j1I1+j2-j1I1-I2=2-j1I1+j1I1-I210+j0=2I1-jI2       ...1 Step 2:…

Q: Question 13 Using the Node Voltage Method, what is the current I,? -j40 j4 0 ll V1 10430° V 102-30°…

A: Right Answer  Option 2.5∠0°

Q: Find the values of I1 and I2?

A:

Q: В OBPHMua0J5eg/view O Discor S Home Schoology 34.) Apply Kirchhoff's current law and voltage law to…

A: The solution is given below

Q: A 12V B. Rz R,= 2R Rz=4e Rg 32 Ry=62 Find the current flow btween poikts D a B replaced 8. b) Assume…

A:

KVL and KCL

KVL stands for Kirchhoff voltage law. KVL states that the total voltage drops around the loop in any closed electric circuit is equal to the sum of total voltage drop in the same closed loop.

Sign Convention

Science and technology incorporate some ideas and techniques of their own to understand a system skilfully and easily. These techniques are called conventions. For example: Sign conventions of mirrors are used to understand the phenomenon of reflection and refraction in an easier way.