Physics, 10.10.2019 22:30 lovelife132015
Adipole is oriented along the x axis. the dipole moment is p (= qs). (assume the center of the dipole is located at the origin with positive charge to the right and negative charge to the left.)
(b) what are the approximate values of v at the locations in part (a) if these locations are far from the dipole? (use the following as necessary: p, x, ε0, and r. it is convenient to use the "binomial expansion" that you may have learned in calculus, that (1 + ε)n ≈ 1 + nε if ε ≪ 1. note that n can be negative.)
v(x,0,0) ≈
v(0,y,0) ≈
(c) using the approximate results of part (b), calculate the gradient of the potential along the x axis. (use the following as necessary: p, ε0 and x.)
∂v
∂x
=
show that the negative gradient is equal to the x component ex of the electric field.
(d) along the y axis, dv/dy = 0. why isn't this equal to the magnitude of the electric field e along the y axis?
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Adipole is oriented along the x axis. the dipole moment is p (= qs). (assume the center of the dipol...
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