DZ$02$

J A $$ Adolph $$ Guadalupe $19\mathrm{.}3$ psi $69\mathrm{.}6$ psi $1\mathrm{.}9377\backslash$deg F $4\mathrm{.}18$ g$.\backslash$deg C $$: $-0\mathrm{.}076$ BTU$/$s $$ m V Ex: $284$ kg$/$min $$: $10200$ L$/$hr $=-$ dt $=2312$: m $=$ m$1=$ m$2$ adiabatic $.$: dU Emi $($hi $+\{\}+$ gzi$)$ Eme $($he $+$ b$2+$ gze$)+$Q$+$W $$ mi$($hi $+0+0)$ me $($he $+0+0)+0+$ W $+0=0$ m$($h$$ h$2)+$ W $+$ Q $=0$ enthalpy $$ m$$v$($P$1$ P$2)+$ W $+0=0.$V $77\backslash$deg F $$ W $=1\mathrm{.}83$ hp $+1360$ W P$1=19\mathrm{.}3$ psi $->133000$ Pa P$2=67\mathrm{.}4$ psi $->465000$ Pa m$3=3+0\mathrm{.}001000\mathrm{.}9979$ kg Q $=-0\mathrm{.}056$ BTU $+-59\mathrm{.}0$ kg $($WP$-59\mathrm{.}0$ wp$)235-$ cm$3$ V $=$ S $=$ min $$ V $=$ m:p$=235$ kg $1000$ L m$30\mathrm{.}0010060$ min kg m$3$ hr V hr min $=14100$