Question 48 Given: ZR, Zc Use nodal analysis to find the phasor current I, = rZ0° A. Write your answers in polar form, where r > 0 and –180° < 0° < 180°. 40Z90° V Zc N ZR N. 0.21. 2 N I. (polar form)

Q: Convert into rectangular, polar and exponential form: Given: Z1= 2-j3

A: To convert the given complex number into rectangular, polar and exponential form: Z1 = 2-j3

Q: What is the phasor expression for the impedance in polar form for the circuit below? 56 N Xc 100 N O…

A: Given circuit:

Q: A: Under same conditions (all the variables are equal) of air density factor ( 8), irregularity…

A: In this question we need to prove mathematically that visual critical voltage is greater than…

Q: 0.005i 70 mH i4 5Ω 250 mF 250 mF 9 cos 201 V 3Ω 9 sin 20t V

A:

Q: Document - 2022-05-14T135224.045.pdf 1 / 3| - 100% + The phasor of the voltage in the diagram is V =…

A:

Q: Find current I, in the following circuit using the phasor approach, if Z1= 40 0, Zz= j30 0, Zg= 40…

A:

Q: 3. Inductor and capacitor impedances are given as: Z, = jwL and Zc 1/jwC. Assume you have a 10µF…

A: ZL=jwL=j*2πf*L   ∴w=2πfZC=1jwC=1j*2πf*C

Q: Problem 3: Determine the symmetrical components of the three currents la = 10/0: , Ib = 10/230' ,…

A: Given three phase currentsIa=10∠0° AIb=10∠230° AIc=10∠130° A

Q: one measurement of the body's bioelectric impedance, values of Z = 4.09 x 102 and  = -6.08° are…

A:

Q: Given the following voltages: e₁ = -100sin(wt-π/3), e₂ = 250cos(wt+ /6), e, = 150sin(wt+ /4), and e,…

A:

Q: The inductive load locus, is a phasor vector located in the.. quadrant. *

A: For example, if we talk about the transformer with an inductive load, so it is clearly visible in…

Q: Question No. 1: Answer the following Questions: 1. Compute the polar coordinates of a) z1 = -2 - 2j…

A:

Q: Three branches having impedances of Z1, Z2, and Z3 0, respectively, are connected in parallel. TI…

A:

Q: In an AC distributor, voltage available at different points are as follows: Vx =200/20° V. V 210…

A: To draw the phasor diagram, reference can be taken anywhere. According to assumptions, vectors'…

Q: vi(z,t) = sin(@t - kz) v2(Zt) = sin([@ + A@]t- [k+ Ak]z) %3D Derive analytically an expression for…

A: Given two fields is - v1z,t=sinωt-kzv2z,t=sinω+∆ωt-k+∆kz

Q: (d) Trausform to cylindrical coordinates: (1)F - 106, - Bà, + 68, nt poínt P(10, -8,6) and (ü)G =…

A:

Q: (a) A load has impedance, Z = (50 + j14) N. Convert this value of Z into polar form, |Z|40, where Z…

A:

Q: 1. The instantaneous voltage on a transmission line is given by v(z, t) = |V†le¬a cos(wt – Bz + o*)…

A:

Q: * In spherical Cordinates, E= 2 the potential atouny pont, using the redPrences (a) Vzs arv/. find…

A: The potential at any point is determined as shown below

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

A:

Q: Given: P.Q. 04 Find the phasor voltage V, that corresponds to the difference of the time-domain…

A:

Q: (b) Determine the following expressions in polar form. (i) v(t) = 40 cos(200t – 60°) V (ii) i(t) =…

A:

Q: For the system below, Using the routh Hurwitz method, find the number of the poles in the left…

A:

Q: Given: I,, R, X, X2, Xg. Use mesh analysis to determine the phasor currents I, I2, and Is (all in…

A:

Q: = 2. Express y - ₁ + y₂ as a single sinusoidal function if y₁ and Y₂ = 40 cos(wt+ 60°) A) Solve by…

A:

Q: Problem 1: Given v(1)=70.71sin (@1+45°) and i(t)=28.28 co a) Maximum voltage and current b) RMS…

A: ELECTRICAL NETWORK: When addressing a circuit problem or constructing a balanced circuit, the word…

Q: 4.8 Find the phasors for the following field quantities: (a) E,(z, t) = E, cos (@t – Bz + 4) (V/m) -…

A: For the following quantities we have to find the phasors

Q: Short Circuit T-L, sketch the SW Pattern for Ed sketch the Variation of Zd with distance ,d=0, ,…

A: Zd is plotted against L.where L is the distance from load end

Q: 8. Find the orthogonal trajectories of Vy = = CX

A: It is given that: y=cx

Q: total impedance [ZT] in polar form,

A: Given-E= 100∠0o VR= 8 ohmXL=6 ohm

Q: Questions: 1. Convert points P(1,3,5) from Cartesian to Cylindrical. 2. Convert points T(0,-4 ,3)…

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

Q: Find Z,Z2. Z1/ Z2, Z¡ + Z2, Z, - Z2 and write your answers in both polar and rectangular format…

A: The values of the impedances is given as: Z1=10+j5Z2=20-j20 The calculations of the above…

Q: 2. The electric fields from three coherent sources are described by E=Eo sin wi, E2 =E0 sin(wr+ ),…

A:

Q: I want laws linking cylindrical coordinate system and spherical coordinate system and also a table…

A: Electromagnetic theory problem.. Look below for the solution once...

Q: Questions 25 Given: ZL, Zc Find the Thévenin equivalent voltage VTh and impedance ZTh at terminals…

A:

Q: examplein quaterial hight having auavelength of 500 A falls on having aphoto electric work function…

A: The solution is given below

Q: SOLVE FOR S, Q, P, VR, VL, I, and phase angle. draw the phasor diagram 50ohms R 60иН VR V V =…

A:

Q: QUESTION 8 Consider the complex number show below. Z4 = 42 – 90° Convert Za to rectangular form and…

A:

Q: Determine the gradient of the give scalar field V e(2x+3y) cos 5z at R(-0.1, 0.2, 0.4). Select your…

A: The solution is given below

Q: If y1=20 cos (ωt − 30°) and y2=40 cos (ωt + 60°), express y=y1 + y2 as asingle sinusoidal…

A:

Q: Problem 1, Signal C Determine the complex phasor V in the form Vm eI® or in the equivalent form Vm…

A:

Q: Evaluate ²V given the scalar field, V = r²(1 + sin cos 4). Select your answer. cos sin sin² 0 cos p…

A:

Q: A4 The circuit showed in Figure A4, is powered by an AC voltage source Vs. Sketch the phasor…

A: Here we discuss about the single phase AC RL parallel circuit.

Q: į, = 2/2<45°A » Find Ủ,| + Ú, R a 8Ω + -j42: j82

A: Given, I1=22∠45∘A Equivalent resistance of the circuit is given as,…

Q: Questions 46 Given: Zc, ZL If Ix = 220° A, find the phasor current Is and phasor voltage Vab. Write…

A:

Q: Z, 5+/5 Z3 1-12 Z2 j4

A: The given figure is: Vf=100∠0°

Q: Problem #2 Zn the Circuit Shown below if Ve = 8 145, Calculate Ÿs ' -jz sz I, 22 R, V Vs V.

A: we need to find out Vs in the given circuit.

Q: 4. Calculate the value of Z for the given complex number, where Z1= 5<30 , Z2 = 10<-20 , Z3= 5-j10,…

A: Note: Since you have not specified any question to be answered, as per our honor code, we are…

Q: B=yzâ;+zxâ,+xyd- is solenoidal (divergence free) and irrational (curl free). (b) Prove that

A:

Q: a cartesian 3ystem, ve ctor mugnetic otential at a Point ( xy,z) is de finds 2. A = 4xyaX…

A: Here magnetic vector field is given and we have to find the B So find the curl of given vector 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.