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Q: In the circuit below, the source is at 50 Hz, the rms voltage is 140 V, R = 100 Ω, L = 500 mH. It Fi...

A: Given data The rms voltage is Vrms = 140 V Frequency is f = 50 Hz Resistance is R = 100 ohm Inducto...

Q: For the circuit in Figure 1, and the 9 V source supplies a current of 7.6 A (that is, a current of ...

A: Here we will apply Nodal analysis to find out the unknown parameters. => In nodal analysis we co...

Q: Describe the different types of memories and their applications.

A: The following general types of memory module can be used in an embedded system. 1.Volatile Memory 2....

Q: Find out the transfer function.

A: The system equation can be expressed as yn=xn-1--->(1)

Q: a sine wave has a maximum value of 230 v. what is the voltage after 38° of rotation

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Q: Can you find equivalent resistance?

A: The given circuit can be modified as

Q: 3. a) Use superposition theorem to determine the value of (V) in circuit given in Figure 3. R4 R1 3k...

A: According to superposition theorem we find the response by acting one independent source at a time...

Q: Q-1 Find the orthogonal trajectories of y ae" where a be the arbitrary constant,

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Q: The field and armature resistance of a 400V shunt motor are 200 ohms and 0.1ohm, respectively. The m...

A: Given Rsh = 200 ohms Ra = 0.1 ohms Input voltage V = 400 volt IL = 30 Amp Frictional loss = 400 wat...

Q: Find the vab Voltage when the given Circuit 1 is connected to the Circuit 2 through their a and b te...

A: consider first

Q: What is energy efficient induction motor and conventional indcuction motor?

A: Now a days, the demand of electricity is increasing day by day which requires additional power. Due ...

Q: The majority carriers in an n-type semiconductor are (a) holes (b) valence electrons (c) conduction ...

A: Extrinsic semiconductors can be classified into two categories: 1. n-type semiconductors 2. p-type s...

Q: a) Use the node-voltage method to find the power associated with each source in the circuit shown. 4...

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Q: The emitter current is always (a) greater than the base current (b) less than the collector current ...

A: The relation between emitter, collector and base current of a BJT is given as IE=IC+IB Where, IE is ...

Q: In the circuit given below, R = 9 Ω. Find the value of i using mesh analysis. The equation for l...

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Q: (III) After how many time constants does the current inFig. 21–37 reach within (a) 10%, (b) 1.0%, an...

A: For an LR circuit. Write the expression for the current I. I=Imax1-e-tτe-tτ=1-IImaxt=-τln1-IImax

Q: A substation receives 6000 kVA at 6 kV, 0.8 p.f. lagging on low voltage side of a transformer from a...

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Q: : Determine the peak value of the output voltage for Figure. if the turns ratio is 3:1.

A: Given: Vpin=170 V Turns Ratio = 3:1 The voltage ratio can be given as below in the transformer; V1V2...

Q: Use the mesh-current method to find (a) the power delivered by the 80 V source to the cir- cuit show...

A: The given problem can be explained with the help of diagrams

Q: i have provided answer ah part a so please i need b c and d

A: The K-map for the given function is given as Thus the equations are given as

Q: A 400 km overhead transmission line delivers a load of 100 MVA at 132 kV, 60 Hz and 0.8 pf lagging. ...

A: Note: We are authorized to answer three subparts at a time, since you have not mentioned which part ...

Q: Audio Cds encode music at 44,000 Hz using 16-bit samples. Would it make sense to produce higher qual...

A: Given: The values are shown below:

Q: 1. Compare the output waveform for Half-Wave Rectifier with and without capacitor. Compare the outp...

A: Note: As per our honor code, we are authorized to answer only one question at the moment. If you wa...

Q: Which member in each pair of liquids has the higher vapor pressure at a given temperature?(a)C2H6C4H...

A: Given: The answers are shown below:

Q: Hi, can you please help me with these question. Thank you.

A: NOTE: As per our rule we’ll answer the first question since the exact one wasn’t specified. Please s...

Q: How far must mechanical protection be provided when underground service conductors are carried up a ...

A: The Underground Conductor are electric conductor insulated and placed under the surface of the earth...

Q: In the circuit given below, R = 18 Ω. Find the value of v0 using nodal analysis. The nodal equation...

A: Given R = 18 Ω To write the nodal equation The nodal equations are: v1/ A + (v1 − 60)/B + C/20 = 0 ...

Q: Consider the given figure where V1 = 45 V and V2 = 40 V. Use source transformations to reduce the ci...

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Q: A factory operates at 0.80 p.f. lagging and has a monthly demand of 750 kVA. The monthly power rate ...

A: Given data, The value monthly demand is Pm = 750 KVA. The value of power factor is cosϕ = 0.8. The ...

Q: In the figure, SCR semiconductor switched rectifier to a 220 Vrms ac source at 50 Hz, at load Vdc = ...

A: we have to find (a) the total power absorbed by the load. (b) If the inductance value is 30 mH, the ...

Q: What is the minimum forward voltage that must be applied to a germanium diode so that significant fo...

A: In this case, the minimum forward voltage that must be applied to a germanium diode so that a signif...

Q: The depletion region consists of (a) nothing but minority carriers (b) positive and negative ions

A: The depletion region exists on both sides of the junction and it covers some area near the junction ...

Q: 4.2 Use the node-voltage method to find v in the circuit shown. 6 N 20 4Ω 4.5 A $10 12N (*) + 30 V

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