Science > Physics > Electrostatics > Mechanical force per Unit Area of Charge Conductor In this article, we shall study the cause of mechanical force acting on a charged conductor and hence shall derive an expression for mechanical force per unit area of the conductor. Expression for Mechanical Force per Unit Area of a Charged […]
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Mechanical force per Unit Area of Charge Conductor
- Post author By Hemant More
- Post date February 6, 2020
- No Comments on Mechanical force per Unit Area of Charge Conductor
- Tags Attractive force, Charged cylinder, Charged sphere, Coulomb, Coulomb's law, Dielectric constant of medium, Electric dipole, Electric dipole moment, Electric field, Electric field intensity, Electric flux, Electric induction, Electric intensity, Electric potential, Electron volt, Electrostatics, Energy density, Energy per unit volume, Gravitational force, Lines of force, Lines of induction, Mechanical force on charged conductor, Nature of force, Non-uniform electric field, Normal electric induction, Potential difference, Principle of superposition of forces, Radial electric field, Repulsive force, Static electricity, Total normal electric induction, Tubes of force, Tubes of induction, Uniform electric field, Unit of charge
