Electric current in metals

Electric current in metals: maximum speed of electron
v_max = eEt/m
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Electron drift average (mean) velocity
v_vid = e E t / (2m)
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Current intensity (strength)
I = e^2 * n0 * t * S * U / (2ml)
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First Faraday's law of electrolysis
m = k * Δ_q
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First Faraday's law of electrolysis
m = k * I * t
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Electrochemical equivalent
k = m / q
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Second Faraday's law of electrolysis
k = M / (Fn)
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Faraday number (constant)
F = e * N_A
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Electrolysis: mass of the substance
m = M * I * t / (Fn)
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Ionization work
mv^2 / 2 = A
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Electron kinetic energy
mv^2 / 2 = e * E * l
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Diode: saturation current intensity
I = e n
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