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Calculate the delta H degree and delta s^degree for the reaction below, given that delta H degree _f, cc14(t) = -135.4 KJ/mol; delta H degree f, cc14(g) = -102.9 KJ/mol; S degree cc14(t) = 216.4 J/(mol.K); S degree _cc14(g) = 309.7 J/(mol.K). CCI_4(l) rightarrow CCI_4(g) assuming the calculated values of delta H degree _rxn and delta S degree _rsn above are independent of temperature, calculate the boiling point of carbon tetrachloride [CCl_4{I}] at 1.00atm.
Calculate the delta H degree and delta s^degree for the reaction below, given that delta H degree _f, cc14(t) = -135.4 KJ/mol; delta H degree f, cc14(g) = -102.9 KJ/mol; S degree cc14(t) = 216.4 J/(mol.K); S degree _cc14(g) = 309.7 J/(mol.K). CCI_4(l) rightarrow CCI_4(g) assuming the calculated values of delta H degree _rxn and delta S degree _rsn above are independent of temperature, calculate the boiling point of carbon tetrachloride [CCl_4{I}] at 1.00atm.
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Collen VonLv2
1 Jul 2019
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