Estimatethe total entropy change when 100.g of liquid water, initially at 298 K and 0.50 atm,is...

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Estimatethe total entropy change when 100.g of liquid water,initially at 298 K and 0.50 atm,is first heated to boiling at 373 Kand 1.00atm, and the steamcollected at 1.00 atmsubsequently heatedand compressed to 500Kand20.atm. UseDHvap(at 100 ÌŠC, 1 atm)= 40.6kJ/mol and the following values for the heat capacity:CP,m(H2O,l) =75.2 J/(K mol), CP,m(H2O,g) = 35.0J/(K mol)

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3.8 Ratings (608 Votes)
100 g of H2O 10018 556 moleWe can divide this into four steps Keeping in mind phasechanges occur at constant temperature the four steps arei due to warming liquid from 298 K or    See Answer
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