Electrostatics

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Electric Field and Potential due to hollow sphere with uniform charge Q

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Electric Field and Potential due to non conducting solid sphere of volume charge density ρ

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Electric field due to infinite non-conducting sheet

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Relation between Electric field and potential

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Electric Field & Potential due to a dipole on axial points

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Electric field & potential due to dipole on equatorial points

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Edit: kp/(r²+a²)^3/2

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Electric field & potential due to dipole at a pt. subtending angle θ with the centre of the dipole

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dipole

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Gauss' Law

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Current Density

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Resistivity ρ

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Current density in terms of conductivity σ

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Drift Velocity

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Mobility μ

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capacitance of capacitor partially filled with dielectric (k) of thickness t

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