Recent content by dushak

If A is area and V is volume (and yes, they are) then dimension of your constant is m2/m3 * m/s = 1/s and no problem. I advise to use more precise formula dN/dt = -1/4 n*<v>*A = -1/4 AN/V * sqrt[kT/(2*3.1416*m)]

dN/dt = C * N yields N = N0 * exp (C * t) ,where t is time BTW, this is not "Advanced Physics" ;-)

(see also attached .doc) There is an ideal gas in the centrifuge; no flows, everything is steady (not very steady in fact - process is adiabatic). If gas is incompressible, it is very easy: P=0.5 rho (w*r)^2 But my gas is compressible, and it's a trouble. I started from distribution law of...