Question

Electric charge and field all important derivation

Answer 1

Answer:

Electric Charges and Fields Coulomb's law in vector form (Agreement with Newton's third law i.e. F12 = ‒F21).

Electric field intensity on Equatorial Line & Axial Line of an Electric Dipole. Electric Field Intensity at various points due to a uniformly charged spherical shell (thin & thick both).

Answer 2

Answer:

Electric Charges and Fields Coulomb's law in vector form (Agreement with Newton's third law i.e. F12 = ‒F21). Electric field intensity on Equatorial Line & Axial Line of an Electric Dipole. Electric Field Intensity at various points due to a uniformly charged spherical shell.

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