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Calculate the dipole moment of a spherical shell of radius R, which carries a surface charge density o = kcos0, where k is a constant. Use dipole approximation Edipote (F) = to evaluate the direction of the E-field at a point with 0 1 3(ф Р)f — р Απε ο r3 п that is far away 4

Calculate the dipole moment of a spherical shell of radius R, which carries a surface charge density o = kcos0, where k is a constant. Use dipole approximation Edipote (F) = to evaluate the direction of the E-field at a point with 0 1 3(ф Р)f — р Απε ο r3 п that is far away 4

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Calculate the dipole moment of a spherical shell of radius R, which carries a surface charge density o = kcos0, where k is a constant. Use dipole approximation Edipote (F) = to evaluate the direction of the E-field at a point with 0 1 3(ф Р)f — р Απε ο r3 п that is far away 4
Transcribed Image Text:Calculate the dipole moment of a spherical shell of radius R, which carries a surface charge density o = kcos0, where k is a constant. Use dipole approximation Edipote (F) = to evaluate the direction of the E-field at a point with 0 1 3(ф Р)f — р Απε ο r3 п that is far away 4
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