100 kg/min of supercritical nitrogen at T = 135 K and P = 64 bar flows into...

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100 kg/min of supercritical nitrogen at T = 135 K and P = 64 bar flows into a chamber, as illustrated in Figure 5-15. The sudden increase in diameter leads to a large pressure drop; the pressure in the chamber is P = 1 bar. The chamber has no moving parts, operates at steady state, and can be modeled as perfectly insulated. Find the flow rates of nitrogen liquid and vapor leaving the chamber.in m = 100 kg/min T = 135 K P = 64 bar P = 1 bar Nitrogen vapor mout,vapor = ? Nitrogen liquid mout,liquid =

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