Electromechanics Assignment Help
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I am John Klok. I am an Electromechanics Assignment Expert at eduassignmenthelp.com. I hold a Master’s Degree in Electromechanics, from Royal Roads University, Canada. I have been helping students with their assignments for the past 6 years. I solve homework related to Electromechanics. Visit eduassignmenthelp.com or email info@eduassignmenthelp.com. You can also call on +1 678 648 4277 for any assistance with Electromechanics Assignments.
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Electromechanics Assignment Help
- 1. For any Assignment related queries, Call us at : - +1 678 648 4277 You can mail us at : - info@eduassignmenthelp.com or reach us at : - https://eduassignmenthelp.com/
- 2. Problem Set Problem 1 A slab of volume charge of thickness d and permittivity H has free volume charge density Pf Po sinax and is confined between two perfectly conducting ground planes at infinite extent in the x and z directions. a) Find a particular solution to Poisson’s equation for the electric scalar potential. b) If your solution to (a) does not satisfy the zero potential boundary conditions at y 0 and y d, add a homogeneous Laplacian solution, which does. c) What is the electric field distribution for 0<y<d and what is the free surface charge distribution on the y 0 and y d planes?
- 3. d) What is the equation of the electric field lines, defined as that goes through the point ( o xy)? e) Using your favorite graphics program, plot the electric field lines over the interval Problem 2 A slab of volume current of thickness d and magnetic permeability has free volume current density and is confined between two perfectly conducting planes at y 0 and y d. The regions for in the regions is filled with material of infinite magnetic permeability. a) What is the magnetic field H in the regions in the regions ? eduassignmenthelp.com
- 4. b) What is the boundary condition on H at y d and y 0 inside the slab of volume current ? c) What is the magnetic field distribution for 0 < y < d and what is the free surface current distribution on the y 0 and y d perfectly conducting planes? d) What is the equation of the magnetic field lines? e) Using your favourite graphics program, plot the magnetic field lines over the interval f) How are the field lines of part 2e different than the field lines of problem 1e? eduassignmenthelp.com
- 33. f) In Problem 1e, electric field lines terminate perpendicularly to the electrodes on surface charge. In Problem 2e, the magnetic field lines are parallel to the conducting walls resulting in surface currents. eduassignmenthelp.com
- 34. Mathematica File for Computations Necessary to Generate Magnetic Field Vector Arrow and Magnetic Field Line Plots eduassignmenthelp.com