The force Fe experienced by a particle at location r bearing charge q in an electric field intensity E is Fe=qE(r)(5.8.1) If left alone in free space, this particle would immediately begin ...The force Fe experienced by a particle at location r bearing charge q in an electric field intensity E is Fe=qE(r)(5.8.1) If left alone in free space, this particle would immediately begin to move. The resulting displacement represents a loss of potential energy. This loss can quantified using the concept of work, W . The incremental work ΔW done by moving the particle a short distance Δl , over which we assume the change in Fe is negligible.
The force Fe experienced by a particle at location r bearing charge q in an electric field intensity E is Fe=qE(r)(5.8.1) If left alone in free space, this particle would immediately begin ...The force Fe experienced by a particle at location r bearing charge q in an electric field intensity E is Fe=qE(r)(5.8.1) If left alone in free space, this particle would immediately begin to move. The resulting displacement represents a loss of potential energy. This loss can quantified using the concept of work, W . The incremental work ΔW done by moving the particle a short distance Δl , over which we assume the change in Fe is negligible.
