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Hi friends.
I am wondering about the next calculation.
Imagine there is a hole of some diameter, through which it is discharging a jet of an ideal gas of molecular weight [tex] W_1[/tex] (Kg/mol). Outside, there is an atmosphere at rest of molecular weight [tex] W_2[/tex] (Kg/mol). The external atmosphere has not got any volume definited, it can be assumed to have an infinite extension. Both, jet gas and atmosphere are at the same pressure [tex]P[/tex] and temperature [tex]T[/tex]. There are no gradients of pressure nor temperature.
My question is, how can I calculate the average molecular weight [tex] \overline{W}[/tex] of the binary mixture?.
Well, this maybe a kinda easy question, but I don't see it. I wait your suggestions to continue with it.
Thanks.
I am wondering about the next calculation.
Imagine there is a hole of some diameter, through which it is discharging a jet of an ideal gas of molecular weight [tex] W_1[/tex] (Kg/mol). Outside, there is an atmosphere at rest of molecular weight [tex] W_2[/tex] (Kg/mol). The external atmosphere has not got any volume definited, it can be assumed to have an infinite extension. Both, jet gas and atmosphere are at the same pressure [tex]P[/tex] and temperature [tex]T[/tex]. There are no gradients of pressure nor temperature.
My question is, how can I calculate the average molecular weight [tex] \overline{W}[/tex] of the binary mixture?.
Well, this maybe a kinda easy question, but I don't see it. I wait your suggestions to continue with it.
Thanks.