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Q Electrical Conductors
ELECTROSTATICS IN FREE SPACE
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Ampere’s law assume atom axis B.dr boundary calculate capacitance capacitor carrying a current Chapter charge density charge distribution charge q circuit law closed surface coaxial cable coil components conductor constant core cross-section current density current element current ﬂow deduced deﬁned deﬁnition dielectric strength dipole direction displacement electric ﬁeld electromagnetic electromagnetic induction electrons electrostatics energy stored evaluate Example expression ferromagnetic ﬁeld due ﬁgure ﬁlled ﬁnd ﬁnite ﬁrst ﬁxed Flux ﬂux density due force acting free space Gauss gives grad inductance inductor inﬁnite inside inverse-square law length line integral linear magnetic circuit magnetic ﬁeld magnetic ﬂux density magnetic materials magnetized body magnetostatic magnitude parallel-plate capacitor path plane plates point charge polarization position vector region result ring scalar Section shown in Fig shows side solenoid solid angle stored energy surface integral symmetry tangential tube unit vector potential velocity wire zero