Question: What would the pole pass frequency be for a AC induction moor running at 878 RPM? ( assume a VFD is not being Used) A) 176 HZ B) 2.93 HZ C) 22 HZ D) 0.37

Q: 1) The trigger waveform of the monostable multivibrator has an amplitude that Vcc must be less than…

A: The Types of Multivibrator used in the digital electronics systems are enlisted as follows :…

Q: ind the transmission parameters for the two port network 51₁ 1₂ 1₁ 200 www www 300

A:

Q: Determine Vout for Vin=169 V, R₁-234 Ohm, R₂-28 Ohm Vin ww R₁ www R₂3 -Yout

A: Given, Vin=169 VR1=234 ΩR2=28 Ω

Q: Apply Norton theorem to calculate the current in 62 resistance for the circuit in figure 3 2001 55…

A: According to the question, the given circuit is  To find Norton's current we will short-circuit the…

Q: A. WHICH OF THE FOLLOWING TYPE OF TRANSFORMER IS REQUIRED TO CREATE A 180 DEGREE PHASE DIFFERENCE…

A: A transformer is an electrical energy transfer device that either steps up or down the voltage from…

Q: Determine the value current supply (IT) in figure (1). Fig.1 lon. lons 55 n ·lon Slove IT 24V VT

A: This problem comes under electrical circuit theory . It is  based on star delta conversion of…

Q: How do the grade 12 TVL-EIM students utilize electrical wires as accessories in terms of 2.1…

A: Organization - the report is factual and showing evidence of some work, 2   Elements of research…

Q: A uniform plane wave of frequency 1.2 MHz is travelling in free space and is normally incident upon…

A: Given, A uniform plane wave of f=1.2 MHzσ=0.09 S/m Free space

Q: Find the CF and LCM of 72,132,240 by prime factorization method

A: Solution : 72 = 2×2×2×3×3 = 23×32132 = 2×2×3×11 = 22×31×111240 = 2×2×2×2×3×5 = 24×31×51

Q: 2/ Find the transmission parameters for the two port network 54₁ 1₂ 1₁ 2002 www ww 30 Ω

A: Given data, Circuit diagram is given as,

Q: (s) 2- obtain the transfer function V₂CS for Figure (2) Vi (s) Ans= i C HH on line R₂² b 13 Figure…

A: Note Capacitive reactance inversely proportional to the frequency ( 1/cs) Inductive reactance is…

Q: Which of the following is the dominant applications of Small Signal Diode? Select the correct…

A: Diode: It is a semiconductor device and this is unidirectional because it flows the current when it…

Q: Find the Current Io. In figure (2). YmA (↑ 2mA IT Ika wm 12 IN GV lkn Iy 2km m 4 Io lkn Is :|kn (1)…

A: The circuit given as

Q: Apply Norton theorem to calculate the current in 6 2 resistance for the circuit in figure 3 2000 +…

A:

Q: ind the Current Io. In figure (2). Чта 2mA IT Iks Iz 31KR IY 2km Slkr 4 Io Is Fig.2 lkn 16 MA

A: The circuit given as

Q: 2. For the Network given on Figure 45, determine VG, VGS, ID, VDS, IE, IB, VD, and Vc. VG 91 ΚΩ 18…

A: Given: Consider the following network: To find: VG, VGSQ, IDQ, IE, IB, VD, VC

Q: Find the Current Io. In figure (2). 4mA 2mA II, Ika wm 12₂ lkn Iy 2km m 4 Io lkn Is Fig 2 6V Ikm

A: The circuit has given.

Q: Calculate magnetomotive force for the core.

A: The MMF is defined as the force required to drive the magnetic flux in the magnetic circuit. The MMF…

Q: Simplify the following block diagram. G1 G₁ H₁ H1 G4 GA H₂ H2 G3 G₁ G₂ G2

A: In this question,  We need to simply the given block diagram  We know  Transfer function of the…

Q: Apply Norton theorem to calculate the current in 62 resistance for the circuit in figure 3 2001 + 55…

A: In this questions we need to calculate the current through 6ohm resistor by Norton theorem.

Q: For the multivariable system shown, find the transfer function T₁1 (s) = R₁(s) G₁(s) R₂(s)-> G4(s)…

A:

Q: 3. Calculate the output voltage. V= +0.2 V V=-0,5 V V;= +0.8 V — 33 ΚΩ Μ 22 ΚΩ 12 ΚΩ 200 ΚΩ Μ Va

A: We need to find out the output voltage for given circuit

Q: Find vo(t), for all t> 0, in the circuit of Fig. 2u(t) V (+ 1Ω 1Ω ww 1 H 0.5 F +201 V u(t) A

A: Calculation of V0(t) for all t>0 in the gien circuit : Let initial conditions are zero. So,…

Q: Q. For the circuit in figure find the current in (R-8 ohms) using Thevenin theorem 12ΚΩ ww 2mA www…

A:

Q: Find the T.F of the following sys

A:

Q: Consider the circuit in Fig. 16.12(a). Find the value of the voltage across the capacitor assuming…

A: Given that      Vst=10 utinitial current through inductor i0=-1Ainitial voltage across capacitor…

Q: Q1/A- For the circuit shown in Fig., find: (a) V₁ and V₂ (b) the power dissipated in the 3K0 and 20…

A: 1) (A) To find (a) voltage v1 and v2  b) power dissipation in 3 Kohm and 20 Kohm resistor  c) power…

Q: Which of the following power is useful power? O Apparent Power Reactive Power Average Power OActive…

A: In this question,  We need to choose the correct option in this question.  In this question, we are…

Q: Question: In inverted amplifier if the input signal is 200mV and the desired output is 8V. If the…

A:

Q: Equipment for immersion cooling of electronic components has an installed value of $182,000 with an…

A: Immersive cooling is a method used for cooling electronic components, they are immersed in a…

Q: The RLC parallel circuit is known, the input is Current source e(t)= i, (t), and output is y(t) =…

A: Given circuit is  We need to find the transfer function of the given system.

Q: ARC. Circuit has the Following trans For Function & YUS) RUS) # 2. 105+4 For step input retis 20,…

A:

Q: Q1/ Find lo for the circuit shown 200,260 502 -130 HE e 120 127 140 I 1022

A:

Q: 2. Dip-coating process is one of the methods for electrode surface modification.

A: Answer : True The above statement is correct.

Q: Find the Current Io. In figure (2). YmA 2mA m Ika Iy 2K² m Is Ik Is Elka 6mA

A: Current: It is the time rate of the change of the charges. It is also known as the flow of the…

Q: In RC circuit if R=2002 and C=50μF, then the time constant T for the circuit is * O 1μs 2μs 2ms 1ms

A: Given data, Resistance R=20 Ω Capacitance C=50 μF

Q: ) We use the following materials property maps to determine appropriate combinations of ctive for…

A:

Q: A 10V, 1kHz signal is applied to a 10mH coil with negligible winding resistance. Determine Q…

A: Given 10V, 1kHz signal is applied to a 10mH coil with negligible winding resistance. Here We have to…

Q: Que the generalised ckb. constants of th are A = B 0.93 7j0·016. 20+ 140. the lead at the rece 0.8…

A: We are authorized to answer one question at a time, since you have not mentioned which question you…

Q: In a television picture tube, electrons are accelerated by an electric field having a value of 1x105…

A: Given data, Electric field, E=1×105 N/C Mass of electron, m=9.1×10-31 kg Charge of electron,…

Q: Find the Current Io. In figure (2). 4mA 2mA II, Ika wm 12, Ika Iy 2km 4 Io lkn Is Fig.2 6V lkn (1)…

A:

Q: Q4/Compare between Microprocessor and Microcontroller for the following: 1. Internal Architucture 2.…

A: 1. Internal Architecture: Microprocessor consists of only CPU whereas Microcontroller consists of…

Q: Q1/B/ Sketch the design flow chart for the cooling power electronics microchips.

A: Cooling power electronics microchips : Cooling power electronics microchip is a device which is used…

Q: (A) Consider the following system, Draw the Polar Plot for the open loop T 100 G(s) = (S+2)(S+4)…

A: Rules for Drawing Polar Plots- Substitute, s=jω in the open loop transfer function. Write the…

Q: Determine the voltage V, in the circuit shown below

A: It is given that:

Q: Determine the current supplied by each voltage source (8 V,12 V). using superposition theorem in…

A:

Q: Tek Tektronix TBS 1052B-EDU Digital Oscilloscope 1.00V M 100us Station 2 Toaching M.Pos: 0.000s…

A:

Q: 1. x[n] contains 128-point samples obtained through sampling continuous-time signal x (t) with…

A: It is given that: N(n-point DFT)=128T=0.1 sk=32

Q: 04: For the circuit shown in Fig. Find the following transfer functions a) H₂(s) = Vo(s)/V₂(s). b)…

A:

Q: Find the Current Io. In figure (2). Чта 2mA I₁₂ Ika mmm 122 31KR IY 2ks m Io ¾lks. Is Fig.2 6V I кл…

A: The circuit given as

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).