We write an expression for the work on the movement of a charge in an electric field
A=q(ϕ2−ϕ1)=q⋅ΔϕA=q(\phi_2-\phi_1)=q \cdot\Delta\phiA=q(ϕ2−ϕ1)=q⋅Δϕ
The same work can be expressed as
A=F⋅SA=F\cdot SA=F⋅S
then
F⋅S=q⋅ΔϕF\cdot S=q \cdot\Delta\phiF⋅S=q⋅Δϕ
from here
Δϕ=F⋅Sq=0.037⋅0.2435.9⋅10−6=247.354B\Delta\phi=\frac{F\cdot S}{q}=\frac{0.037\cdot 0.24}{35.9 \cdot 10^{-6}}=247.354 BΔϕ=qF⋅S=35.9⋅10−60.037⋅0.24=247.354B
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