- #1
jimmy1988
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1.
A spherical capacitor consists of two spherical conducting shell centered at the same
point, and their radii are R1 and R4, respectively. Between these two shells, a conductive
shell with inner and outer radii of R2 and R3 is inserted, as shown in Figure 3. If charge
the inner shell ( R1 ) with +Q.
(a) Determine the electric field between R1 and R4 .
I know that each of these charged spheres will provide E fields. Since e fields are vectors, my intention was to take the sum of all the e fields induced by the individual spherical shells. However i am unsure if my concept is sound. please advice. Thank you
A spherical capacitor consists of two spherical conducting shell centered at the same
point, and their radii are R1 and R4, respectively. Between these two shells, a conductive
shell with inner and outer radii of R2 and R3 is inserted, as shown in Figure 3. If charge
the inner shell ( R1 ) with +Q.
(a) Determine the electric field between R1 and R4 .
I know that each of these charged spheres will provide E fields. Since e fields are vectors, my intention was to take the sum of all the e fields induced by the individual spherical shells. However i am unsure if my concept is sound. please advice. Thank you