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Electromagnetism

A superconducting solenoid is to be designed to have an interior field of 4.252 T with a maximum current of 1000 A. The permeability of free space is 1.25664 × 10−6 T · m/A. How many windings are required on a 1- meter solenoid length?

Answer in units of turns/m.

Answer in units of turns/m.

Electromagnetism

While constructing the Microscopic & Macroscopic theory of electrostatics, what should be your SOURCE Quantities? And why?

Electromagnetism

In eq. E=1/(4πε_o )∫ρ_v R" " /R^3 dv' , let ρ_v to be known. Explain in detail how you would numerically evaluate the vector integral to obtain E.

Electromagnetism

In eq. E=1/(4πε_o )∫ρ_v R" " /R^3 dv', let ρ_v to be known. Explain in detail how you would numerically evaluate the vector integral to obtain E

Electromagnetism

The electric field intensity due to point charge can be written as: **&** ** . **Discuss the difference between these two equations.

Electromagnetism

A hollow rectangular waveguide has dimensions a = 2.28 cm., b = 1.01 cm. What TE modes will propagate in this waveguide if the frequency of the electromagnetic waves is 1.7 x 1010 Hz? What range of frequencies can be used to excite only one TE mode?

Electromagnetism

the mass of an electron is 9.11x10^-31 kg. charge on the electrcon is 1.69x10^-19 C and g = 9.8 m/s^2 then the intensity of eletric field required to balance weight of an electron is?

Electromagnetism

Show that the wave number of an electromagnetic wave plane wave is complex in a material with conductivity

Electromagnetism

Find the magnetic force experienced by an electronic of charge 1.6 x 10^{-19} prejected into a magnetice field dentist iot , with a velocity of 3 x 10^{9} in a direction

Parallel time the field

At right angle to the field

At angle 30^{0 }to the field

Electromagnetism

Show that the wave number of an electromagnetic wave plane wave is complex in a material with conductivity 𝜎. Assume the wave is propagating along the y-axis. Determine the real and imaginary parts of the wave number in terms of 𝜔, 𝜇, 𝜀 and �