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[RAVEN.wpd]; PLANCK TEMPERATURE Tp RAVEN.jpg :

MOLAR constant Ra = Na*k = F*k / {e} = Cg*[S] = 2*(pi + 1).
PLANCK's constant, h = 2*pi*hbar = k*{e}*c - jOULE*second.
[Ra / 2*pi = (pi + 1) / pi = (h + 2*hbar) / h = Rx / hbar].

Then:.. (h + nA*hbar) / h
= (2*pi + nA) / 2*pi
= 2*pi*Ri / h
= Ri / hbar
= ni*Na*k / 2*pi
= ni*Ra / 2*pi ..Planck TEMPERATURE flux.!!

So:.. Ra*(PLANCK TEMPERATURE ..in degrees Tp)
= ni*Ra*(PLANCK Temperature UNiT, degree Tp)
= [(kinetic energy)*(PLANCK TEMP)*(entropy)] / LaGrangian
= [(PLANCK TEMP)*(entropy)*(complexity )]
= [(PLANCK TEMP)*[S]*Cg].

Therefo 10^29*F*hbar*Tp = 1*(Deg KELViN Temperature K).!!

TiME: 08:28iAMmon12sep2005; © B A STUCKLESS.
COReL WordPerfect 7 File RAVEN.wpd ; End of POST.