Graphs of 'E' & 'V' Versus 'r'
Description:
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display: inline-block;
vertical-align: middle;
margin: 0 0.2em 0.4ex;
text-align: center;
}
.fraction > span {
display: block;
padding-top: 0.15em;
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.fraction span.fdn {border-top: thin solid black;}
.fraction span.bar {display: none;}
E-r due to shell
1.Outside the shell E = 14πε0 qr2
2.Inside the shell E = 0
3. On the surface of the shell E = 14πε0 qR2
V – r due to shell
1.Outside the shell E = 14πε0 qr
2.Inside the shell E = 0
3. On the surface of the shell E = 14πε0 qR
E-r due to sphere
1.Outside the shell E = 14πε0 qr2
2.Inside the shell E = ρr3ε0
3. On the surface of the shell E = 14πε0 qR2
V-r due to sphere
1.Outside the shell E = 14πε0 qr
2.Inside the shell E = ρ3ε0(1.5 R2 - 0.5 r2)
3. On the surface of the shell E = 14πε0 qR