Find the electric field intensity at P(4,2,-8) due to  PL1 = 20nC/m along x-axis Pl2 = 40nC/m along y-axis a. 47 ax + 112 ay - 84 az V/m b. 32 ax - 28 ay + 32 az V/m c. 28 ax + 12 ay - 124 az V/m d. 36 ax + 11 ay - 114 az V/m

Q: a) E = î3 cos(kz – w t) – ĵ3 cos(kz – w t – n) b) E = î5 cos(kz – wt) + j5 sin(kz – w t) - - c) E =…

A: We need to check polarization of given waveform .

Q: Q1) Determine the gradient of the following fields: a) U=xy+x yz b) V= pz sin o+ 2 cos 6 + p c) f…

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Q: Prove the following expression by using phasors: 10 cos(@t)+10sin(@t) = 14.14 cos(@t – 45°)…

A: The solution is given below

Q: 1) Datermine the electric field at point o. -29 a) I b) a a -24 O. a - 24 +9 c) Ver lon

A: NOTE: As per guidelines will be solving only 1st three subparts. Please repost for others. The…

Q: HW Ithe Cilof previsusHw)is :- uwounded by auniform field o.6axto.udy t'0.5aZ ub/m2 O find the…

A: Given :Area of the coil, A=10 cm2=10x10-4 m2 Current in the loop, I=50 AThe uniform magnetic field,…

Q: What is the value of iL, if vs = 40 cos 400t V in the circuit? Answer must be in polar form (i.e.…

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Q: for many different sources, the electric field intensity can be found by taking the summation of the…

A: We need to tell whether given statement is true or false.

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Q: A balanced star connected source with VAn= 100 20°V is connected %3D to an unbalanced star connected…

A: This problem is from power system. The solution is given below.

Q: A ferromagnetic ring has a uniform cross-sectional area of 2000 mm² and a mean circumference of 1000…

A: Cross sectional area=2000 mm2Mean circumference = 1000 mmFrequency f = 80 Hz

Q: A transmission line has aluminum conductors of a radius of 1.0 inches. If the aluminum conductors…

A: InductanceL = 2×10-7×lndrAs r2 = 2 inchesr1 = 1 inchesAs r2>r1so   L2>L1   →   So inductance…

Q: How did they get 1/1+k?

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Q: Kr=0.31+jo.31 and Zo=50 Using the law below find the Value of Zv Zr Kr= Zr-20 Zr + Zo

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Q: 02 of 2) i) Convert i(t) = 4 sin(6t – 60°) A to phasor form: ii) If L = 50mH with w=1000 rad/s, what…

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Q: Quèstion 11 An infinite line charge of 3 uOC/m is located on the z -axis. Electric field due to the…

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Q: Find the magnitude of electric field at points. [E] (C) = ? (R₁ 0) h = 7cm, R= 14cm (0,R) Q₁=5nC…

A: Introduction Electric Field An electric field is a vector field that surrounds an electric charge or…

Q: I. For z1 = 3 – j5 and z, = -2+ find the polar form of the following: 3' d. Re[-? Z1 e. Re[÷ ] f.…

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Q: In the experiment set-up, what is the Inductance in the given AC supply 9.364 mA R=1500 L=? 40HZ…

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Q: Date : e- 100 sin (wt - 15°) Ą ea= -120 cos Cwit 300) e3 = 1SSsin (wt f14s") eT- Solue Using wave or…

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Q: 4, Find Ný E) for Nt) = 50 coe (100t -75°) V. Ng te) 30.2H 0.5 mF

A: Write the value of the given input voltage.

Q: Q/What are the practical applications of the subject of Admittance and Current Locus

A: Consider the following circuit diagram,

Q: (a) The electric flux density is given as D= 6yax + 2xa,+ 14xya, mC/m2. Determine the electric flux…

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Q: Question 9 *3 jw s-plane Pole motion * 2 Comparing the unit step response of pole pairs 1 and 3,…

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Q: The electric field intensity at x-0 is

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A: Given Peak to peak voltage Time to reach zero from negative peak Value of waveform at 0 degrees

Q: Problem 1.3: For two phasors à = 85440° and B = 700250°, find (i) à + B, (ii) à – B, (iii) Ã × B,…

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A: Given- Vin = Yellow line Vout = Blue line Vin max = 2V Vout max = 440.0 mV Phase = -78.7483 degree…

Q: Which of the following modes does NOT exist in rectangular cavity? TM110 TM11 TE210 TE011 TE333

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Q: What is the power of AC circuit in terms of current and capacitance? Find it as a function of time.…

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Q: solve in both complex and polar.   219.39+ j (32.92)(8angle -36.87degrees)=

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

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Q: Conder an sokated negaive pont charge What can way ou he electe und the tharge Ohe eec teid ponts…

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Q: Calculate the electric field at point P as shown in the figure. (q = 1 nC, w = 1 mm) ke = 8.98 x…

A: Electric field

Q: 9 CALCULATE THE MUTUAL INDUCTANCE M12 BETWEEN THE INFINITE LINE AND THE SQUARE LOOP SHOWN IN THE…

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Electric field

A physical field present around an electrically charged particle that exerts a force on all other charged particles is called an electric field. The charged particles present in the field either repel or attract. From electric charges or time-varying magnetic fields, the electric field originates. One of the manifestations of electromagnetic force which is one of the four fundamental forces present in nature are the electric fields and magnetic fields.