. What is T.N.E.I. through the surface A (b) (-q, -2q) (d) (0, q) B +20 mun and B respectively? (a) (q, 2q) (c) (0, q) A(+q
Q: Q2 (i) Evaluate ,7 dz, where C is the positively oriented circle lz - 1| 1.
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Q: here R jl and nl is a function of x or k ??? i m confusd advance physics questionn
A: Let us understand the problem carefully and will answer the question.
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Q: Evaluate the double integral 3 + 2х + Зу dх dy : y=0 Jx=0 Select one: O 22/3 о 13/3 O 35/2 O 12
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A: Given,(i) D=2xyx^+x2y^From maxwell's…
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A: Given, r1=5mr2=23mQ1=7.1μCQ2=7.1μC So, the electric field at point A, r,θ,ϕ=(18,1620,520)
Q: Q2. Find the Flux of E(x.y.2) = (2x'+ siny+8x) i -6y'i +( 3z+5z-2)k Out of the ellipsoid (x-5), -8)'…
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Q: Q. 31 : What will be the intensity due to infinity long conductor having linear charge density 4…
A: This question is from electrostatics I derived the formula and solved it
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Q: An electron with initial velocity vo enters a region of with a uniform field E vertically directed.…
A: v0=107 cm/sE=1000 V/mϑ=45°m=10-31 kge=1.6×10-19 C We can solve this problem using conservation of…
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A: Consider the following as the problem’s representation: Here, dy is the charge element at a…
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A: Given data, Inner radius = R Outer radius = 2R Volume charge densityρ=Kr
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A: Concept used: Electric field is given by gradient of potential.
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Q: 5. Two concentric cylinders of radii 3 and 6 cm. Inner linear charge density is +3 mS/m and outer is…
A: r1 = 3 cm = 0.03 m r2 = 6 cm = 0.06 m λ1 = 3 mC/m = 3 x 10-3 C/m λ2 = -5 mC/m = -5 x 10-3 C/m r = 4…
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A: Given: D→=zρcos∅2aZ C/m2
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Q: There is a surface charge density, given by: 6-6.7 nC/m². Find the total electric charge contained…
A: Given that:Surface charge density:σ=6-6.7nC/m²Cylinder dimensions:p=3.0m, 0<z<4 m
Q: Planes x = 2 and y = -3, respectively, carry charges 10 nC/m^2 and 15 nC/m^2. If the line x = 0, z =…
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Q: 2) Given the Vector field: H=pz coup ap tesing ag tp'an At point (1,, 6) find: a) H• x b) H x de c)…
A: “Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…
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A: Given, r1=12mr2=25mQ1=7.8μCQ2=3.1μC According to Gauss Law, Qenc=ε∮E→.ds→ S is closed surface and…
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A: Electric flux ϕ=E.S surface area vector S=40-j^=-40j^ since E ⊥ S so flux ( E.S )will be zero.
Q: Assume that a stationary electron is a point of charge. What is the energy density u of its electric…
A: Energy density is u Radial distance is denoted as r
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Q: ituations (a) and (b). 13. Consider the following very rough model of a beryllium atom. The nucleus…
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Q: An electric field of magnitude 457 V/m passing through a flat square plate of length 0.556 m on a…
A: Electric field (E) = 457 V/m Side of the plate (l) = 0.556 m Area of the plate = A A = l2 A =…
Q: a) The electric field E at a point P (p, 6, z) due to a linear charge distribution carrying a charge…
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Q: The co-energy of a device is given as W= What is the flux linkage A when i = 0.84 A and z = 0.29…
A: Given:co energy, Wm' = i64xi = 0.84 Ax = 0.29 cm = 2.9×10-3 mAsked:flux linkage, λ = ?electric…
Q: Lorem &° S }) = H Вход By application of Prauss' theorem; a) determone the electric field Elr) at…
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Q: Consider an electron, of charge magnitude e = 1.602 x 10-19 C and mass m₂ = 9.11 x 10-31 kg, moving…
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Q: Calculate V(P) at P = (0, 0, 12) if the electric charge is distributed along the quarter circle of…
A: Given : V(P) at P =(0 , 0, 12) radius r = 4…
Q: (b) Calculate Curl and divergence of given vector field x³y2 F = (3x + 2z?)î + ;- (z – 7x)k -j – (z…
A: F→=3x+2z2i^+x3y2zj^-z-7xk^ Curl:∇×F→∇×F→=i^j^k^∂∂x∂∂y∂∂z3x+2z2x3y2z-z+7x…
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