deriving a working equation, Physics

Hi, i am max a physics student working on a project. Can you help me derive a working equation from faradays equation and ampere equation in rectangular coordinates? I am trying to resolve a nonlinear wave equation for a square power model. Thank you.
Posted Date: 1/11/2018 7:02:21 AM | Location : Asia/Pacific Region







Related Discussions:- deriving a working equation, Assignment Help, Ask Question on deriving a working equation, Get Answer, Expert's Help, deriving a working equation Discussions

Write discussion on deriving a working equation
Your posts are moderated
Related Questions
For the magnetic circuit shown in Figure find the current I in the coil needed to produce a flux of 0.45mWb in the air gap. The silicon iron magnetic circuit has a uniform cros

Find the carrier distribution function in the impurity level that accounts for the  spin degeneracy of the impurity states.

Magic Carpet (Moscow Phys-Tech) Once sitting in heavy traffic the Baron von Münchausen thinking of a new kind of "magic carpet" type aircraft. The top surface of the large flat

The molar heat capacity of a gas at constant pressure is 18.7 J mol -1 K -1 .    What is the heat capacity of 9.4  moles of this gas at constant volume ?

(a) You have studied that plane and convex mirrors produce virtual images of objects. Can they generate real image under some circumstances? Explain. (b) A virtual image we a

How are extrinsic fiber optic sensors used? Extrinsic fiber optic sensors give best protection of measurement signals against noise corruption. Unluckily, several conventional

A step-up transformer works on 220V and gives 2A to an external resistor. The turn ratio between the secondary and primary coils is 2 : 25. Assuming 100% efficiency, Determine the

We can produce energy from dynamic Casimir effect?

Micrometer Simulation A Micrometer is used to measure the external dimensions of objects that are 3 cm or smaller, this provides precise measurements to inside 0.01 mm. The

which circular path in any time in any mation