ITot R1 R2 ВAT1 12 Q 9 V

Q: 0. 2.4KVA 120430°(+ V rms 0.6 pf lagging ect one: a. 94 A rms. b. 2.7 Ams. C. 47 A rms .

A:

Q: .Q1: Find V 30 Ω 16 Ω 15Ω 10 Ω 100 V 35 Ω 12Ω 20 Ω

A:

Q: b) ibct) = ? 2180H VI 2180F www

A: Here I have applied kcl analysis and solved it. Here inductor value is same as capacitor value.

Q: D, Vp 120 Vac V out 60 Hz D. R = 200 N Calculate the following (a) Vout(pk) (b) Vde (c) IL

A: Since you have asked multiple subparts in a single request, we will be answering only the first…

Q: 11 12 13 12V 20v = BAT1 BAT2 VB1 VB2 Swyo 91 R3 Suyo + R2 suyo o1

A:

Q: 2 LOAD1 Sy= 75 MVA cosp=0.95 back XH = j 144,4 ohm 125 MVA LOAD2 Sy= 25 MVA cosp=0.9 back 150 MVA…

A:

Q: VR. Ve YL 24 Is Ic IL 10 40°Y f: 50 H2 2mfC V VAI Find: I, Va, Vez, Is, Ic, VR, Ye, VL (ANSWER IN…

A: In this question,  Find the all currents in the circuit and voltage across each elements.  We know…

Q: 320 www. 30 30

A: The equivalent resistance between terminals b & d can be calculated by using the resistor…

Q: a p ɔ q e .• 0E f ghij • 30 67 .• 67 • 87 • 27 26. 25 25 • EZ 23 > 2Z 22 21 > 0Z > 6L 18 16 15 > EL…

A: The rows are breadboards are connected horizontally from inside while the columns are connected…

Q: Question5): Find the current and voltage for each element for time domain in the circuit shown below…

A: Given i= 28.28 sin(wt -53.13) Taking sine(wt) as reference  than i= 28.28<-53.13. Current through…

Q: 1. Evaluate the principal value of : (1+ j1)(1 – 31) A. 2.808 + j1.318 B. 2.808 - j1.318 C. 1.318 +…

A: Use calculator in radian mode  Answer is option A

Q: f(t) 12 c) 2.

A:

Q: 0.114 U1 114.387 AC 10MOhm R1 M 1kQ U4 AC 1e-090hm V1 120Vrms ~ 50Hz 0° U2 0.036 AC 10MOhm L1 1mH U3…

A:

Q: Q1: check the Circuit is stiff or not ? Bdc = l0 Vce = lov R, Rc lok RE 5.6K 56052

A: The solution is given below

Q: 3 V 1Ω M 1/6 F Figure Q1(b) t=0 + vc(1) 2/3 H

A:

Q: 83735 Soru 13 41210345-9992983735 R1 41210345-999298373 s141210 5k0 R3 83735- D1 10KQ D2 $14121094…

A:

Q: j22 -j6 2 4Ω 6Ω V V 20° V j82 j10 Ω I2 j4 2 For the circuit shown, if V=289, the average power…

A: Given :

Q: RB 1kQ2 IB V BE +Vcc=20V • Rc = 4.7 ΚΩ Ic IE RE= 10 kn -VEE -20V

A: given here a circuit and asked to check the approximation can be used or not. we know that VBE  =…

Q: G/Verify the following identities Zanh ( x + y) = tanhx + tanky 1 + tanha tanhy

A:

Q: v(t)= 4 cos(10*t+ 30°) V 60 kQ i,(t) v(t)(± 2 nF 110 kQ

A: First calculate the voltage at the non-inverting terminal ( V+ ) the opamp using KVL. Then from the…

Q: J1 Step 2: Create Design Equations for J1 Q1 Q0 0 1 J1 = 00 01 11 10

A:

Q: Ques 9: Determine if the system is linear or non-linear, for the system described by the following…

A:

Q: (P1.65.)Determine the value of I, in the circuit shown in Figure Pl.65. 10Ω 50E 15 V 102 Figure…

A: Redrawing the circuit by marking the voltage and current in each branch:…

Q: Main Line 10.1 S1 S2 MO.0 10.0 S2 MO.0 MO.0 T40 T37 TON 120 100ml T37 Т38 TON 60 er 100m Т38 Т39 TON…

A: Solution - According to the PLC I/O wiring scheme and PLC code with utilization of ladder diagram,…

Q: VPeablemse- Find Hhe transhr funchion for CO/25) Por the fallowingg Contral systems by using block…

A:

Q: If E= x ax + y a, +z a, V/m The work recommended to carry a 2nC from B(2, 1, 0) to A(4, 2, 4) is:…

A:

Q: v = 10/20°v (+ {zp=2Ω Z = j2 Ω Zc = -j1Ω Zx = 4 Ω

A:

Q: j52 50260° v j20 n j40 2 l

A: Resistors, inductors and capacitors form an integral part of any electrical circuit. A source,…

Q: FIND THE VALUE OF Rab IN THE CKT. 222 222 ·32 a-M Rab bº ## $20 FLS se 1000.2

A:

Q: Find current density (corresponds to dnft velocity u=5.9*10^ -4 m/si in Aluminum…

A:

Q: Work out currents using 24v battery

A:

Q: The value of 'gmo' in the equation gm= gmo (1- Ves/Vp) is taken when 9m=0 O VGs=0 O Vp=0 O Vp =0.5

A: Given equation  gm=gmo(1-Vgs/Vp)

Q: R1 125 RB vs 1.5. |SiliconD1 0.7

A:

Q: Using Nodal Analysin solve Vi a 252 42 2V

A:

Q: Get the sum of two signals. V1 = a sin (120πt + b) V2 = c sin (120πt + d) Given: a = 22 b = 15° c…

A: This question belongs to basic electrical . It is based on the concept of basic laws of vector…

Q: message sig = 100 cos %3D m(t),Vc 2 -1 |0 -2 Luming kf = 1the 4. 2.

A:

Q: BACT1O CITY +10V 3.0ka 430ka Draw the Load Line SI B=50 2.0k 2.

A: We need to find load line equation for given circuit

Q: 10 V, Rs kQ2, Rc = 10 kn, R₁ = 15 k2, and C₁ = 9m 39.2 mA/V, C₁ = Cn2 = C₁ = T

A: It is given that, V+=10 VV-=-10 VRS=0.1 kΩR1=42.5kΩR2=20.5kΩR3=28.3kΩRE=6kΩRL=15kΩCL=0 The…

Q: Find Zog: Zeg= ...2 40 2 30 2 a- 9.028/80.21° b- 8.208/80.21° c- 2.098/-80.21° 9.028/21.08°…

A: If elements Z1 and Z2 are connected in series than equivalent impedance of the series combination is…

Q: 10요 122 2052 IT SWI Z15A AAA- MAM 132 www

A: The given circuit diagram is shown below:

Q: AC zgi 24 2o if .21 (Rx = 17 äbäs %3D 3 ohm Cx = 0.00562 farad) , z2 %3D (Rs = 2 ohm Cs = 0.00432…

A:

Q: 0.114 U1 114.387 AC 10MOhm R1 m 1kQ U4 AC 1e-090hm V1 120Vrms 50Hz 0° U2 0.036 AC 10MOhm L1 1mH U3…

A: given here a electrical circuit and asked to find the current and voltages..

Q: L = 0.5 H A.c R= 0.68 KO Source T(s) = (LJR) s+1 Fig. (1-6) (L-R) circuit.

A: L=0.5 HR=0.68 KΩT(S)=1LRs+1

Q: Q5 1 point 30 20 12Ω 50 11.59

A: Given

Q: 3). Use Nodal theorem S00 50Ω 2002 22 ll 75/0° v j1202 602 +1

A:

Q: 30 Ω 16 Ω 15 Q 10 Ω 100 V V 35 N 12 Q 20 Ω

A:

Q: R₁ Figure 9.25 O a.l=1.1601-j1.1251 A O b.l=1.3601 -j1.1251 A O c.l=1.4601 -j1.1251 A O d. 11.2601…

A:

Q: XSC1 Ch.1 Ch.2 XSG1 10V / 1KHZ XMM1 XSC2 ER1 A -88769 Ch.1 Ch.2 R1 1K Graph of XSC2 Graph of XSC1 20…

A: We need to tell about peak voltage from given graph , we will tell by observing the graph . We also…

Q: 2. Switch of mobilé P1. Use nodal analysis to find the current i 12 mA 2 kn 2 mA E3 k 1 kn 6 mA -1

A:

Q: 1 F -1 2 Current source IF

A: The Laplace domain circuit is shown below:

HVDC

HVDC stands for high voltage direct current in the electric power transmission system. The high voltage direct current system uses direct current (DC) for the transmission of electrical power through transmission lines in contrast with the alternating current that is the AC system. The HVDC is used to transmit bulk power point-to-point through long distances transmission lines. Power is rapidly transferred because the efficiency of transmission lines is greatly increased over long distances due to HVDC lines.