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Dutch version
ENG Natuurkunde Elektriciteit en magnetisme v1.xlsx  
  Electricity and Magnetism      
Electric current
    Electric current         I = Δ Q / Δ t        
I [A] =
Δ Q [C] =
Δ t [s] =
    Ohm's Law         V = I R      
V [V] =
I [A] =
R [Ω] =
    Power electric current     P = I2 R      
P [W] =
I [A] =
R [Ω] =
    Electric current - Parallel circuit   I = I1 + I2 + …      
I [A] =
I1 [A] =
I2 [A] =
    Voltage - Series circuit     V = V1 + V2      
V [V] =
V1 [V] =
V2 [V] =
    Equivalent resistance - Parallel circuit   1 / Rv = 1 / R1 + 1 / R2 + …  
Rv [Ω] =
R1 [Ω] =
R2 [Ω] =
    Equivalent resistance - Series circuit   Rv = R1 + R2 + …  
Rv [Ω] =
R1 [Ω] =
R2 [Ω] =
  Electric resistance of a wire   R = ϱ (ℓ / A)      
R [Ω] =
ϱ [Ω.m] =
[m] =
A [m2] =
  Power         P = V I        
P [W] =
V [V] =
I [A] =
  Energy electric current     E = P t        
  E [J] =            
P [W] =
t [s] =

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