About: Electric dipole moment   Sponge Permalink

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The electric dipole moment of a given charge distribution is a measure of the separation between the positive and negative charges in the system. The dipole moment is the first term in a multipole expansion. Electric dipole moment is measured in Coulomb-meters (C m) in the SI system. Electric dipole moment is a vector quantity. Given two point charges of equal magnitude q and separation d (the displacement vector pointing towards the positive charge), the electric dipole moment is equal to More generally, for a distribution of charge ρ, the electric dipole is equal to

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  • Electric dipole moment
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  • The electric dipole moment of a given charge distribution is a measure of the separation between the positive and negative charges in the system. The dipole moment is the first term in a multipole expansion. Electric dipole moment is measured in Coulomb-meters (C m) in the SI system. Electric dipole moment is a vector quantity. Given two point charges of equal magnitude q and separation d (the displacement vector pointing towards the positive charge), the electric dipole moment is equal to More generally, for a distribution of charge ρ, the electric dipole is equal to
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abstract
  • The electric dipole moment of a given charge distribution is a measure of the separation between the positive and negative charges in the system. The dipole moment is the first term in a multipole expansion. Electric dipole moment is measured in Coulomb-meters (C m) in the SI system. Electric dipole moment is a vector quantity. Given two point charges of equal magnitude q and separation d (the displacement vector pointing towards the positive charge), the electric dipole moment is equal to More generally, for a distribution of charge ρ, the electric dipole is equal to where r is the position vector and r0 is any given point. For a collection of point charges, the dipole moment is equal to An electric dipole placed in an electric field will experience a torque equal to and will have potential energy The electric potential at a point at a distance r from a dipole will be
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