a) Define Gauss's theorem and Stokes' theorem.

Q: An AM radio signal propagating in free space has E - E, sin(1200t - B2)a, H sin(1200rt – B2)a,…

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Q: Explain Gauss law

A: Gauss law :- Gauss law is also known as the Gauss's flux theorem which is the law related to…

Q: Using Maxwell's equations for uniform harmonic waves to prove that the Poynting vector can be…

A: We need to express the Poynting vector in the expression given below : P →=H→2ωεβ→.

Q: Q2: When x, y and z are positive and less than 6,a certain magnetic field intensity may be expressed…

A: Given data, H → = 6x(1+y)4za¯x+3x2(1+z)3a¯y-(x+1)yz2a¯z strip:x=3, 1≤y≤5, 3≤z≤5.

Q: A dispersion transmission line is one which the wave velocity is not constant as a function of f.…

A: consider the given question;

Q: Electromagnetics. A spherical surface has following range. Find volume of spherical surface.

A: Although it is known that for spherical system volume element is given by dV=r2sinθdrdθdϕHence for…

Q: show all equations in the rotational system shown.

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Q: Express in circular cylindrical coordinates.

A: From Cartesian to Cylindrical Coordinate system

Q: K= arsin∅ + a∅6cos∅ and quarter circle is given . Find the rotation of the vector K and satisfy…

A: We have given and the quartle circle is given The rotation of vector K

Q: (d) If a transmission line with Z, = 75 0 and load impedance 1002 find standing %3D wave ratio.

A: In the part d.  What's standing wave ratio if  Transmission line impedance Zo= 75 ohm Load impedance…

Q: Maxwell's equations predict that the speed of light in free space is:  A. independent of frequency…

A: According to the given question, it is required to choose the correct answer for the below given…

Q: Evaluate the expression for Area of the cone using appropriate “dS” from spherical coordinate…

A: The spherical coordinates are written as r,θ,φ. The small components of length are dr , rdθ ,…

Q: A factor affecting corona in transmission line related to the conductor among the options is length…

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Q: The impact of the line on the current or the voltage in the circuit depends on the length of the…

A: Here it's expected to discuss, the effect of  length of the line and wavelength of the signal on…

Q: Given a plane wave with the electric field Ē (z, t) = E, e-jßz âx , find the corresponding magnetic…

A:

Q: Evaluate both sides of stokes theorem & for The field H=6xyax-3y²ay Alm and the rectangular Path…

A: Stoke's theorem is related to line integral to surface integral

Q: Use Stokes's Theorem To Evaluate the following line integral over the Curve defined by the Circle…

A: Stoek's theorem : ∮(y-z)dx+x2 dy+(x+z)dz = ∮y-zi^+x2 j^ +(x+z) k^ dx i^ +dy j^ +dz…

Q: 12.) Suppose that an electromagnetic wave is moving along the x-axis, and the magnetic field…

A: Given data, B→=4.00×10-10cos3.14×10-2x+ωtK^

Q: If electric charge distribution is not symmetric, Gauss's law fails. Select one: O True O False

A: Gauss law states that electric flux through any closed surface is equal to the net charge enclosed…

Q: electromagnetics   express vector in spherical coordinates

A: In this problem let us first find the vector from C to D and therefore calculate the unit vector at…

Q: Transmission line is a specialized cable or other structure designed to conduct electromagnetic…

A: Given the electrical characteristic of the transmission line. We need to provide suitable…

Q: 2.20 Use the Smith chart to find th accompanying figure: (a) The SWR on the line. (b) The reflection…

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Q: In constant M and N circles, if the value of M becomes unity, Which of the following will be correct…

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Q: (b) (By applying Stokes Theorem; from the differential form of Ampere-Maxwell law, prove that P H .…

A: Write the differential form of the ampere-maxwell equation. ∇×H=∂Ddt+JD

Q: The average value of the Poynting vector depicts the: Select one: O amount of energy density…

A:

Q: derive the electric field (assuming that r^(rhat) a unit vector along radial directin)

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Q: Evaluate both sides of stokes theorem for The field H=6xyax-3y³ay Alm and the rectangular Path…

A: Solution

Q: Q2: When x. y and z are positive and less than 6,a certain magnetic field intensity may be expressed…

A: The solution is given below

Q: — (ху)а, + (2xy)a, + (3zx)a, using the triangular shaded area of the Test stokes' theorem for the…

A: By stokes theroem line integraton of vector over the carve is same as the surface integral of carl…

Q: purpose of the electromagnetic field which surounds a travelling

A: The Travelling Wave Tube is a structure of cylindrical shape containing an electron gun from a…

Q: Find the traces of the given surface in the planes x=k, y=k, z=k. Identify the surface and sketch…

A: Given: 4y2-x2-z2=4x=ky=kz=k when x=k; 4y2-z2=4+k2Its a hyperbola. when z=k; 4y2-x2=4+k2Its a…

Q: In a nonmagnetic material electric field intensity is given by  E =16 cos(4*108t- 2x) ay V/m The…

A: In the question, In a nonmagnetic material electric field intensity is given by E =16 cos(4*108t-…

Q: A drone is receiving a signal from the command and telemetry system, find the amplitude of the…

A: For the above given magnetic field and magnetic flux density we need to calculate the value of…

Q: Convert to integral form. Use either Gauss or Stokes theorem V × F = x

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Q: solve for the current using maxwell's theorem

A:

Q: Electromagnetics Given scalar field T(x,y,z) =(z/x) +(y/z)^2. If F= grad T. Determine Tz at P(4,1,4)…

A: F= gradT = ∇T= ∂∂xT ax+∂∂yT ay+∂∂ZT az from above Tz=∂∂ZT az.

Q: A transmission line whose characteristic impedance is 500, find that the speed of the wave…

A: characteristic impedance Z0=LCwhere,L is inductance per unit lengthC capacitance per unit length…

Q: The parallel component of magnetic field intensity at the boundary of separation of the medium will…

A: In this question,   We need to fill the blank?  The parallel component of magnetic field intensity…

Q: Draw the lattice plane (112) with the coordinates shown below.

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Q: Find the Jacobian for a spherical system.

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Q: (a) Express ap in spherical components and variables. (b) Express ar in cylindrical components and…

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Q: Find the total surface area of a sphere with diameter 130 m

A: Given: The diameter of the sphere is d=130 m. The total surface area of a sphere  is S=4π(d2)2  m2.

Q: Find IR1, IR2, IR3, IR4, IR5 using Maxwell Mesh method

A: The solution can be achieved as follows.

Q: Which one of the followings is Gauss Law? Select one:

A: Gauss Law:

Q: answer me this question as fast as possible subject electromagnetic theory here SUM=17 and z=8 ( ρ…

A: A vector field F,F=xy2zax+x2yay+xyz2azIs placed at point p,(ρ=SUM,ϕ=0.2π and z=max) here SUM=17 and…

Q: Q2: When x, y and z are positive and less than 6,a certain magnetic field intensity may be expressed…

A: By stoke theorm we will find out current .

Q: In a certain medium, E = 10 cos (108t -3y) ay V/m. What type of medium is it? Lossless dielectric…

A: The standard equation of electric field is given as  where E0 is amplitude of electric field…

Q: (b) For a rectangular box of dimension 2m x 3m x 4m determine the expression for net power flux as…

A: Given:  Brief description : In the above given question they have mentioned an electric field…

Differential amplifier

There are two amplifying stages with common degeneration in a differential amplifier.