Find the equivalent impedance Zab in rectangular form at terminals a-b. Zc N 10 Ω. ZL N Zab 10 N. b Zab (rectangular form)

Q: Given: A, B,C. Find the phasor voltage V, corresponding to the time-domain voltage r(t) =…

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Q: The value of the impedance parameter z11 for the circuit shown is..ohms: 10 Ω 10 Ω -10 Ω

A: In this answer we will find the parameter Z11 using the concept of two port network as explained…

Q: Convert into rectangular, polar and exponential form: Given: Z1= 2-j3 Z2=3-j5 1. (Z1)^−5

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Q: (a) Determine the equivalent frequency domain impedance, Z for the circuit shown in Figure Q2(a). Z…

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Q: CONVERT AND GRAPH THE FF: I. Rectangular to Sphericcal 1. (5, 4, -9) 2. (-3, 3, 7) 3. (6, -8, 10) 4.…

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Q: Calculate v, in the circuit of figure shown below using the superposition theorem (use Phasor…

A: The problem is from circuit

Q: Use phasor/frequency domain techniques to find the equation for vc(t) steady state. Start by drawing…

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Q: Im (Ps) Im (Ps) Im (Ps) -0,5 -1,5 -Re (P(s) - Re (P(s) - Re (P(s) sistem 1 sistem 2 sistem 3

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Q: Find the impedance Zm as seen by terminals a-b 2+j3 2+j2

A: If two impedances Z1 ,Z2 are connected in series than equivalent impedance is Z1+Z2. If two…

Q: iL(t) 2H 100sin(10t)V 102 I 5sin(10t – 35°)V For the above circuit, use the technique of phasor…

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Q: Ouestion #6 The boged T netwalk is operoting in the Steady State with v= 2cost. , = Deteomine 9)…

A: In this question , we will find currents in steady state...

Q: The transmission line in Figure Q.1 (a) now is shorten to L=λ/4 and the input impedance Zin is set…

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Q: The current in a load impedance of Z = 15215° Q is I = 2440° A. Calculate the voltage drop over the…

A: Given, Current in al load, I=2∠40° A Load impedance, Z=15∠15° Ω

Q: For the circuit below, Zc=-j0.8N ZL=jóN Z2=252 if i = 120°A, write the frequency domain (phasors)…

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Q: The load ZL consumes an average power of 75 W and a reactive power of 125 VAR. What component is…

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Q: for a plane lies at z=0 the Select one: a. ds = dxdya, b. ds = dzdya x %3D C. ds = dxdzay %3| d. ds…

A: Plane lies at z=0 means it will be on X-Y plane

Q: QUESTION 1 Find the Thevenin equivalent circuit (Zth and Vth) for the circuit shown below for R = 7…

A: The solution is given below

Q: Example T-L with Zoz 600, ZR 2 100-2. Find the length and location of the single stub terminated by…

A: Here  dstub=distance of stub from load end. lstub =length of short-circuit stub.

Q: Question 24 Given: ZR, ZL Find the Norton equivalent impedance ZN at terminals a-b. Write your…

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Q: 3. Find the phasor transform of (A) v = 170 cos(377t - 40°) V (B) i 10 sin(1000t + 20°)A = (C) i =…

A: In this question,  We need to determine the phasor transform ?  Phasor transform is represent in…

Q: Question 48 Given: ZR, Zc Use nodal analysis to find the phasor current I, = rZ0° A. Write your…

A: Note here in given circuit no inductor present .in give ZL take it as Zc .because capasitor present.…

Q: 5. Calculate the source current, real and reactive power and power factor seen by the source for the…

A: Given: Source Voltage Vs=150sin2π50t+30°R=100 ΩL=150 mHC=100 μF

Q: 3 kN 3 mH ww C1 6 µF R3 1 kN v(t) R2 2 kN ww

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Q: (g) ( 1.5 (us)? , Consider the cireuit in the figure below. What is V(2) when : = I at t = t=0,…

A: According to the question, for the given transmission line circuit as shown below We need to find…

Q: 3. Find the phasor transform of (A) v = 170 cos(377t – 40°) V (B) i = 10 sin(1000t + 20°)A (C) i =…

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Q: Show that characteristic impedance is Z, = -V, /I5

A: The Characteristic impedance is also a important factor in terms of transmission lines. It can be…

Q: Find the It P Z₁ in the circuit. D to y 300° + 1 15.22 522 w 2012 3₂√7 3102 -j10

A: given here a electrical network and asked to find the IT , ZT .

Q: A series RL circuit takes a current whose equation is i = 0.85 sin(754t - 60°) A when connected to a…

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Q: Consider a load that has an impedance given by Z=100-j50 Ω. The current flowing through this load is…

A: Given data, The value of impedance is Z = 100-j50 Ω. The value of load current is I = 152 ∠30° A.…

Q: An impedance, such as Z₁ = 5 - j3 (22), is a phasor. True False

A: Given data, Impedance, Z1=5-j3 Ω

Q: According to given system below, Draw root locus on z-plane and show all important properties. Find…

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Q: Given: a Simplify the expression Z. Express the answer in rectangular form. 4Z90° + (x + j4)* 2ej45°…

A: In the question, the Z expression is given in the combination of the polar and rectangular form.…

Q: 3. In the transformer circuit shown, find the primary current I (Polar form, in Apms). Refer all…

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Q: Given: v,(t) = 3 sin(2t + 50°)V, i,(t) = 2 cos(t + 100°) A, R = 1N and L = 1H. %3D R ww i(t) 1,(t)…

A: Given : Source voltage and current ,with different frequencies , Calculate : impedance, current

Q: Ехamplel: Given zeroes are -0.8+j0.43,-0.8-j0.43,-0.6 and poles are -3.2+j7.8,-3.2-j7.8,-…

A: Given: Z1=-0.8+j0.43Z2=-0.8-j0.43Z3=-0.6P1=-3.2+j7.8P2=-3.2-j7.8P3=-4.1+j5.9P4=-4.1-j5.9P5=-8K=0.5

Q: 8Ω 2 H 5 sin 5t V + 4 H F 12

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Q: Convert into rectangular, polar and exponential form: Given: Z1= 2-j3 1. csch(Z1)

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Q: SOLVE FOR VR VL VC I P S Q. DRAW THE PHASOR DIAGRAM SOLVE USING T = V/L , PT FORMULA TO SOLVE

A: The solution is given below

Q: For the circuit shown, what is the Thevenin equivalent impedance, ZT, in polar form? j30 12 0…

A: For finding Thevenin's Equivalent Impedance,We Short-Circuit the Voltage Source and Open-Circuit the…

Q: 2.An inductor L, is connected in series with a parallel combination of inductor L2 and capacitor C.…

A: Given: 1. At ω=400 rad/secZeq=j1002. At ω=1000 rad/secZeq=∞3. At ω=2000 rad/secZeq=0 First draw the…

Q: Obtain Zin for the given circuit, where R = 23 Q and Z = j13 Q. L all R -j50 N 30 2 Zin 20 Ω j10 Ω…

A: Given circuit: R=23 ΩZL=j13 Ω

Q: given R 1508 , and L H, 1508 at w= 377 rad/s, what type of component, Zp, is needed in parallel to…

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Q: The phasor current through an impedance Z and the voltage across it are given as: V = 4 VL 2° 1 3.4…

A: In this question we need to find a impedance of the given circuit.

Q: Exttet us find गकर्ण density at iP(z5 plane Z=oif th 3oncm Located

A: In this question we will find the surface charge density at given point on given conducting plane...

Q: The source voltage of the following circuit is Vs = 70sin(1000t+45) V. a)Transform the circuit from…

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Q: Question 9 Given: C, L When w = 100 rad/s, find the equivalent impedance Zab in rectangular form at…

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Q: A TRANSMISSION LINE WHOSE CHARACTERISTIC IMPEDANCE (Zo=1002) iS CONNECTED TO A LOAD IMPEDANCE AT ITS…

A: Given  ZL = 2150 -200 j ohm  Zo = 1002 ohm  Zc : Calibrated load impedance.  By using the given…

Q: Find the two elements in a series circuit (i.e., R and L, or R and C, or L and C), given that i(t) =…

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Q: Given RLC parallel circuit V=10V, f=20kHz, R=4.3kohms, L=10mH, & C=5nF. a. FInd y in rectangular…

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Q: a) Derive the total impedance, ZT, of the parallel RLC components. Express it in complex form. b)…

A: The impedance of the parallel circuit can be obtained by finding the impedance of capacitor and…

Electrical Heating Unit

The conversion of electrical energy to heat energy is known as electric heating. The heating system that converts the electrical energy to heat energy for various application is called electrical heating unit. Electricity is employed as the firing mechanism in electric heating systems, which transforms electric current to heat. Electric heaters have heating elements in the form of electric resistors.