FE Physics
 Formulas & Explanation
 
  Home
  Links
  Disclaimer/copyright
  Tell a friend
  Contact

 


Dutch version
ENG Natuurkunde Elektriciteit en magnetisme v1.xlsx  
  Electricity and Magnetism        
Electromagnetic Induction and Alternating Current
    Magnetic Flux         Φ = Bn A    
Φ [Wb] =
Bn [T] =
A [m2] =
    Potential difference     Vind = N (│ΔΦ│ / Δt)  
Vind [V] =
N [-] =
ΔΦ [Wb] =
Δt [s] =
    AC Voltage         V (t) = V0 sin (2 π f t)  
V (t) [V] =
V0 [V] =
f [s-1] =
t [s] =
    Alternating Current     I (t) = I0 sin (2 π f t)  
    I (t) [A] =        
I0 [A] =
f [s-1] =
t [s] =
    Root-mean-square value of voltage   Vrms = 1/2 √ 2 (V0)  
Vrms [V] =
V0 [V] =
    Root-mean-square value of the current   Irms = 1/2 √ 2 (I0)  
Irms [A] =
I0 [A] =
  Transformer         Vp / Vs = Np / Ns  
Vp [V] =
Vs [V] =
Np [-] =
Ns [-] =
  Transformer         Vp Ip = Vs Is    
Vp [V] =
Ip [A] =
Vs [V] =
Is [A] =

Powered By SpreadsheetConverter