must show all equations, steps, and work for all the points. Points will only be

Question

                    must show all equations, steps, and work for all the points. Points will only be awarded to quality work by tonight if not right away.

AND PLEASE EXPLAIN!! using equations, how you got the answers.
                

                    
                

A particle with charge -3q is surrounded by a conducting cylindrical shell of inner radius a and outer radius b, as shown in the figure. The net charge on the conducting shell is 5q. Use Gauss' law to find (a) the electric field at points outside the conducting shell (b) the electric field in the region between the shell and the particle (c) the electric field within the shell (between a and b) (d) the charge on the inner surface of the shell (e) the charge on the outer surface of the shell

Explanation / Answer

hi there,

i have seen this question many a times but no one answered it so far,

so here oa an attempet to help you. iam neither nterested in points nor rating.

so lets fell free to discuss and try to end up with right solution. so that, may be in near near future , this will be helpful to mayy.

here we go,

a. EF outside the conducting shell E = Kq/r^2,

here net charge = 5q-3q = 2q

Thus EF = 2kq/C^2

b. in between the shell and the particle EF = Kqr/R^3

here EF = 2Kq b/a^3

c. with in the shell EF = -3kq/a^2

d. charge on the inner sphere = -3q+5q = 2q

e. charge on the outer shere = -3q+5q = 2q

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