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# ELEC 325 Spring 2010 Project Computing the electric field due to multiple point charges obeys E= 1 N 4 qi ( R Ri ) (V/m), 3 R Ri We would like to...

Computing the electric field due to multiple point charges obeys
( )
3
1
1
4
N
i
qi R Ri
E
pe R Ri =

=

Σ (V/m),
We would like to calculate the electric field E at point P (x,y,z)
Write a MATLAB function that accepts the following as an input:
1- Charge magnitudes {q1,q2,…qn},
2- Charge locations (the Cartesian coordinate position vectors for each point charge
in the system),
3- The desired location for point P in Cartesian coordinates,
The output of the function should return the electric field intensity vector E.

ELEC 325 Spring 2010 Project Computing the electric field due to multiple point charges obeys ( ) 3 1 1 4 N i qi R Ri E R Ri πε = - = - (V/m), We would like to calculate the electric field E at point P (x,y,z) Write a MATLAB function that accepts the following as an input: 1- Charge magnitudes {q 1 ,q 2 ,…q n } , 2- Charge locations (the Cartesian coordinate position vectors for each point charge in the system), 3- The desired location for point P in Cartesian coordinates, The output of the function should return the electric field intensity vector E .

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