4 2 24/0°v (t j4 n j2 N V, 10/0 v (+1

Q: D.02)

A: Given that ρ=2.8×10-8 Ωm l=20 m I=15 A Et=P<3 w We have to find the Cross section Area

Q: Q1 (a) Based on electrical DC circuit as depicted in Figure Ql(a), (1) Determine the mesh currents I...

A:

Q: A magnetic circuit consists of silicon steel of 3000 permeability and an air gap. The length of the ...

A: MMF = H ×length MMF = NI Where N is number of turns and I is current in the coil. so find H in each ...

Q: electrical network.

A: For parallel resistance- 1Req=1R1+1R2+1R3+...... For series resistance- Req=R1+R2+R3+......  

Q: A series RLC circuit is shown in Figure Q4 (b) where R=42, L = 0.5H, C= 0.1F,E(t)=10 V and i(0)= 0. ...

A: For the given circuit, we have to form the differential equation and then convert the equation into ...

Q: b on 2, and f = 1000 Hz, write ZR, ZL, 5-35. A two-branch circuit consists of the com- ponents show ...

A: Given information: R=50 Ω. L=3 mH=3×10-3 H. C=1.2 μF=1.2×10-6 F. f=1000 Hz. ω=2πf rad/sec. The given...

Q: n 11 bit Ramp and SAC ADC has step size l0 mV. Determine digital output and number of  5 steps for ...

A: The DAC outputs a little higher (more positive) voltage as the counter counts up with each clock pul...

Q: 4. Determine the thermal voltage for a diode at a temperati ze o 20°C. and fend the cerrent in cliod...

A: In this question we will find thermal voltage of diode at given temperature and also find field curr...

Q: 2- Find the inverse Laplace transform of the following functions 1 (a) G(s) = s (s+2)(s+3) 100(s +2)...

A:

Q: R1 L4 Cs 5.625 mH 0.5 kQ 112.5 pF L2 C3 R6 Vs 112.5 µH 5.625 nF ' 0.5 k2 5V +

A:

Q: calculate the load multi dwelling

A:

Q: 20: Given Ldc=0.98 , determine Bodc: Pdc O Given Pdc=120 , determine the cormesponding value of d. ©...

A:

Q: Draw the complete phasor diagram of a single-phase transformer when [i] the load in the secondary is...

A:

Q: 34. Which of the following is not a technique for FM demodulation? a) Phase locked discriminator b) ...

A:

Q: 22. Determine the secondary current (Is) for the transformer shown in Figure 10.53a. Ip Is 80 mA 12:...

A:

Q: If the wiring in a building as a 2.4-kW load, what will be the permissible insulation resistance to ...

A: When wiring is done in a building or any residential area, Insulation need to consider and should fo...

Q: A network of resistors is connected to a 16 V battery with an internal resistance of 1 0, as shown i...

A: Given circuit:

Q: R SW Vo In the circuit diagram above, Vo= 5V, R=1Q, and Switch (SW)= ON. a. Derive the equations and...

A: Solve the problem

Q: Convert the following numbers to IEEE single precision floating-point format. Give the results as ei...

A:

Q: An aluminum wire 7.5 m long is connected in parallel with a copper wire 6 m long. When a current of ...

A: Given Length of alminium wire LA=7.5mLength of copper wire LC=6mTotal current=5ACurrent through alum...

Q: (b) Figure Q3(b) shows a magnetic circuit with two different material, with a mean cross- sectional ...

A: Given information about the magnetic (core) circuit with two different material is Cross sectional a...

Q: nominal resistance value of 0.62ohms and 5% tolerance? A. Blue, brown, gold, silver B. Blue Red, S...

A:

Q: a) f(x)= x5 e-*

A: By using Laplace transform properties 

Q: Q2 (a) In each case below, sketch two AC signals, V(t) and Vs(t), which have the same frequency, aga...

A:

Q: Initial conditions for the circuit below: switch is open and capacitor is uncharged. Determine the i...

A: GIVEN:                   R1=4ΩR2=4ΩR3=5ΩR4=3ΩV=10V FIND: initial and steady state current through ea...

Q: Draw the input and output voltage signal for the full bridge rectifier. AC Input (source) Load relle...

A: GIVEN: a full bridge rectifier FIND: input and output voltage signal of full bridge rectifier

Q: (d) In a balanced three-phase wye-wye (Y-Y) system, V;< = 200210° Vrms. The load impedance per phase...

A:

Q: Find: 1. the unit vector directed from E towards F 2. the measure of all interior angles 3. the leng...

A:

Q: Determine i, in the circuit of Fig. 10.53. 2 kΩ 2 μF 50 cos 103t V 0.5 H + 30i1 ll

A:

Q: Inductance is often described as . (circle all that apply) The ability of a component to oppose a ch...

A: 1) The ability of component to opposes a change in current

Q: Q2 (a) Based on the relationship between the line and phase value of currents and voltage, show that...

A:

Q: 13 2A R1 R2 + 4V . + -3V I1 12 R3 12V ЗА -1.5A

A:

Q: An ellipsoid S has the parametric equation S (0. Ø) = (cos0 sinø, 2sin0 sinø, 4cos ø) where O and øa...

A:

Q: A 30KVA  transformer was found to have iron losses of 900w and coper losses of 1100w when supplying ...

A: Given: A 30 KVA  transformer was found to have iron losses of 900 W and coper losses of 1100 W when ...

Q: Consider a closed loop system with zero order hold.consider Gp(s)=400/s2+400.determine the closed lo...

A: Given a closed-loop system with zero-order hold,  

Q: HE + 230° V V 3Ω 50Z0° V +

A: Given circuit diagram

Q: For the two-port network shown in Figure 3, i) find the impedance parameters, I1, and I2. ii) if the...

A: A two-port electrical network is analyzed using different parameters. Like Impendence parameters, ad...

Q: torminals 1,2 ops0.22 terminals 3,4 R=0.22 torminols 576 R= 2952 termials 7.8R=2,8R 24V 2 3. 12ov ka...

A: Given: Transformer rating: 240 V, 60 Hz Terminal 1, 2: R12=0.2 ΩTerminal 3, 4: R34=0.2 ΩTerminal 5,...

Q: Determine total real power, P, total reactive powM (a) Based on the relationship between the line an...

A:

Q: Obtain c(0.4) and c(1.4) under the unit step input using the modified z-transform. (T=1) R(z) C(z) Z...

A: ZOH = 1-e-sTs =1-e-ss (T=1) C(z)R(z)=z1-e-ss.1s+1          = 1-z-1 z1s(s+1)          =z-1zz 1s-1s+1 ...

Q: Given that D = a, C/m², evaluate both sides of divergence theorem

A: Given, Electric flux density D→ =104ρ3aρ→ By Gauss Divergence theorem, ∫s∫D.→n^ds = ∫v∬∇×D→dV first ...

Q: When you are solving for circuit problems from the data obtained from experiments, what is the signi...

A: When you are solving for circuit problems from the data obtained from experiments, what is the signi...

Q: Example 5.7. A single phase double circuit transmission line is shown in Fig. 5.10. Conductors 1 and...

A: Given: Distance between the conductor 1 and 2, 1 m Distance between the conductor, 1 and 1' is 3 m D...

Q: Problem 3.24 For the circuit shown in Fig. 3.86, find the current i, in the 2 resistor by using Thev...

A:

Q: QUESTION 6 A motor with 15mH of inductance and an unknown internal resistance is connected to a 50V ...

A:

Q: Compute the 8- point DFT of the sequence r(n] = (8,–1,2, –-1,3,2,1,3) %3D Using DIT FFT algorithm.

A: Given: The sequence: xn=8,-1,2,-1,3,2,1,3 To find: Find the DFT of the sequence using the DIT-FFT al...

Q: A What is the resulting expression of Y? Y B.

A:

Q: (b) Figure Q1(b) shows an AC circuit. Given the voltage, Va across the impedance Za is 111.803 L- 41...

A:

Q: Ldc=0.98, determine =120 , determine the corresponding valve of d. 20: Given Pac © Given © Gven Pelc...

A:

Q: 20: Given Ldc=0.98 , determine Bodc: Pdc O Given Pdc=120 , determine the cormesponding value of d. ©...

A:

Nodal Analysis

In the analysis of any electric circuit, nodal analysis is the method of determining the potential difference or voltage between different nodes in an electric circuit. A node is a point where two or more branches connect each other. In the nodal analysis, the voltages are determined in the terms of branch currents. The nodal analysis is also known as the node voltage method or branch current method. The nodal analysis method is one of the several applications of Kirchhoff's Current Law (KCL).