O F=QV/(O^(1/2))

O= oppervlakte= Area=x^2
V diced next to chronology.
V=volt
V=xE
x=distance
E=Electric field
QE=F
QV/x=F
x=(x^2)^(1/2)=o^(1/2)
F=QV/(O^(1/2))

Q=charge
Farsiising F=(Q^(n+1))/(Q^(n))(V^(o+1))/(V^(o))(O^(-(1/2)(p+1)))/(O^(-(1/2)(p))) (n->p)=(-(1/0)->(1/0))
20 november 2015 21:02 pm Amsterdam time by PhD Alborz Seddigh Afshar.