distance between the point (21210) Find the and the line of intersection of the two Planes and y-z=\ メ+リ=o
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Q: (b) A coaxial cable with Zo = 140 ohm has the wavelength 1 = 72 cm. Given the a = 0 and Z, = 280 +…
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Q: Q4) evaluate both sides of the divergence theorem for the field; A = 50r² a, in the region (0 <r…
A: We are allowed to answer first part only. As you have not mentioned which part to answer, so we are…
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A: So we need to find impedance of the medium then we need to multiply with magnetic field to get…
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A: we need to find out Ax and Ay.
Q: Q1) Evaluate both sides of divergence theorem in a spherical region bounded by 3<r<4 m, if the…
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A: D→=10ρ34aρ→........(D→ is the electric flux density vector)
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Q: Distance between two points P (x = -2, y = 3, z = -1) and Q(ρ = 4, φ =-50 , z=2)
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Q: Electromagnetics: - Give the rectangular coordinates of the point C (ρ = 4.4, φ = −115◦, z = 2).
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Q: 3 mm has conducting plates An air-filled planar line with w = with o, = 7 x 10' S/m. Calculate 30…
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Q: 4. At point T(2,3,-4), express az in the spherical system and ar in the rectangular system.
A: As per our guidelines we are supposed to be answer only the first question. Kindly repost the other…
Q: EXAMPLE Find H at ( -3,4,0 ) due to 3A filamentary current directed inward from infinity to the…
A: Given: Current I=3 A And the the point is ( -3,4,0 )
Q: Find H at (- 3 ,4, 0) due to 3A filamentary current directed inward from infinity to the origin on…
A: Given, Point is (-3, 4, 0) Current I=3 A
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Q: 3. Transform the vector 10a, to spherical coordinates at the point P(x = -3, y = 2, z = 4).
A: given vector 10ax we have to transform the given vector to spherical coordinates at the point Px=-3…
Q: Q4) evaluate both sides of the divergence theorem for the field; 50r²a, in the region (0 <r <3), (0…
A: Since you are asking 2 questions we will answer the 2 one By divergence theorem surface…
Q: PRACTICE. In free space, H = 0.2 cos (wt - Bx) a. A/m. Find the total power passing through: A…
A: The solution can be achieved as follows.
Q: 3. Let J = 400 sin 0/(r + 4) a, A/m'. (a) Find the total current flowing through that portion of the…
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Q: b. Given that A = 30 e“ a, - 2zaz in cylindrical coordinator, evaluate both sides of the divergence…
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Q: Q4) evaluate both sides of the divergence theorem for the field; C A = 50r? a, in the region (0 <r…
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Q: 9. In air, a lossless transmission line of length 50 cm with L=10µH/m, 40PF/m is operated at 25 MHz.…
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Q: Q3) In a lossless medium for which 7 = 60t, H, = 1, and H = -0.1 cos(@t – z)ax + 0.5 sin(wt – z)a,…
A: Here i have solved it.
Q: The point (1,1,0) can be transformed to spherical as Select one: а. (vz.) 2,0,- b. 2, (V2.들이 d.…
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Q: An air-filled planar line made of copper (oe 7x10+orS/m,He=DHo=47x10+0H/m and 6, =8.85142 x…
A: Sol. Given: σc = 7 x 107 S/m μ = μo = 4π x10-7 Hm∈ = ∈om = 8.85142x10-12 Fm δ = skin depth =…
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Q: evaluate both sides of divergence theorem for A = ra,+rcos(0)a , +ra, through the closed surface…
A: Given that A=rar+rcosθaθ+r2aϕ Although formula of divergence for spherical co-ordinates is given by…
Q: EXAMPLE Find H at (- 3,4, 0) due to 3A filamentary current directed inward from infinity to the…
A: To find the H
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Q: Given H = ya, - xa, A/m on plane z = 0. Determine the current density, J. a. 2āz b. — 2dу c. -2ā, d.…
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Q: An air-filled coaxial line with e=₁ and µ-u, has a line inductance L'=(1/54)µH/m. What is the line…
A: We need to find out the capacitance of co axial cable
Q: H.W; if the infinite line of (pl-3µC) is parallel to (2_axis) at (x=1,and y=2),find E at P(2,3,6)
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Q: Given points A(x = 2, y = 3, z = −1) and B(ρ = 4, ∅ = −50°, z = 2), Find the distance from:(a) A to…
A: Give thatAx=2,y=3,z=-1Bρ=4,ϕ=-50,z=2
Q: At 50 MHz, a lossy dielectric material is characterized by e = 3.6€o, u = 2.1po, and o = 0.08 S/m.…
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Q: Question 8 The intrinsic impedance of the medium whose, σ = 0, ε, = 4, H. = 1 40 ΠΩ 9Ω 120 ΠΩ 60 ΠΩ
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Q: 3. Region 1 (z 0) is characterized by &2 = 4. Let E, = -30a, + 50a, + 70a, V/m, find: The angle…
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- The effective span of an antenna is 2.147 m2 at an operating frequency of 100MHz. The antenna has no conduction or dielectric loss. The input impedance of the antenna is 75Ω and it is connected to a 50Ω transmission line. Find the directionality of the antenna system. (The term "system" here refers to the effects of binding to the transmission line.) It will be assumed that there is no polarization loss.Convert the given rectangular coordinates R (2,3,1) into corresponding cylindrical coordinates a (3.21, 56.31° 1) b. (3.21, 57.31⁰, 0) c. (3.61, 57.31⁰, 0) d. (3.61, 56.310, 1)Using Northon's Theorem, solve for Vo if R = 1, Vs = 2, and Is = 1.
- An optical fiber link with a distance of 30km long has a loss of 0.3dB/km. a) Calculate the minimum optical power level that must be launched into the fiber to maintain an optical power level of 3.0W at the receiving end.b) Estimate the required input power if the fiber has a loss of 0.6dB/km.c) Differentiate, with the aid of diagrams, the types of these dispersions and its effect on the transmission distance. (i) Modal Dispersion(ii) Chromatic Dispersion(iii) Polarization Mode DispersionQuestion: Planes z=4 ,z=6 and y =1 carry current K=30ax A/m,K=20 ax and K=-20az A /m,respectively. Determine H at (0,0,2)2. If D = 10 ρ2 sin2φ ap + 8 ρ2 cos2φ aφ C/m2 for the region 2 < ρ < 4, 2 rad < φ < 4 rad, 1 < z < 2. a.) evaluate the left side of Divergence Theoremb.) evaluate the right side of Divergence Theorem
- Let εR = 3.12 and σ = 0. Use Maxwell's equations to find E(t=6.44, z=63) given that H = 1cos(40t - 0.07z) ay A/m.Solve for Zi, Zo, and Av. note that (ro = 1/gos)A rectangular waveguide with dimensions a = 1.5 cm, b = 0.8 cm is filled with a dielectric withµ = µ0 and ε = 4ε0. The magnetic field inside the guide is characterized byHx = 2 sin πxacos 3πybsin(π × 1011t − βz) (A/m)Determine:(a) The mode that is propagating inside the guide.(b) The cutoff frequency.(c) The propagation constant.(d) The wave impedance.
- A certain antenna has a gain of 7 dB with respect to an isotropic radiator. What is its effective area (in m^2) if it operates at 200 MHz? Round off your answer into two decimal places.Please I need a 100 % correct answer some websites are answering the questions by using the frequency and some by using the effective aperture An antenna transmits a power of 2W from an antenna of 20db, towards a receiver located 40 km from the receiver, calculate the power received by an antenna of effective antenna 10 m^2 if the operating frequency is 11 KHzAntenna for a 3GHz radar costs $100000 per mm physical antena area .aperature efficency is 88% and avilabale budget has $300000 what is the maximum gain that can be purchased for avialable budget SNR requried maximum range 300 kms what is the maximum total lose that this radar can sustain