F F=(kTNx/area)/(kTN*area/volume)*(i^2(alpha*R0*T)/velocity)

F=force
F=farenheit temprature=T
F1=F2/F3*F4
F2=E/x=kTNx/x^2
F3=Power/velocity=i^2R/velocity=i^2(alpha*R0*Temprature)/velocity
F4=kTNarea/volume=E/x=Ex^2/x^3
F=(kTNx/area)/(kTN*area/volume)*(i^2(alpha*R0*T)/velocity)
F(Phi,QR,W)=(kTNx/area)/(kTN*area/volume)*(i^2(alpha*R0*T)/velocity)
=(kTNx/area)/(kTN*area(t/t)/volume)*(i^2(alpha*R0*T)/velocity)
 =(kTNx/area)/(kTN*area/Phi*t)*(i^2(alpha*R0*T)/velocity)
=(kTNx/area)/(kTN*area/Phi*t)*(i*(Q/t)(alpha*R0*T)/velocity)
=(kTNx/area){/k/T//Narea*Phi/t}*(i*(Q/t)(alpha*R0*T)/velocity)
=(kTNx/area){/W/area*Phi/t}*(i*(Q/t)(alpha*R0*T)/velocity)
=PhiQR0/W(kTNx/area){/area*/t}*(i*(/t)(alpha*T)/velocity) by Flo, QuatRe Whorls AKA PhD Alborz Seddigh Afshar 19 juli 2015 10:41 Am as always Amsterdam time.