29 5 points A0.709 mol sample of liquid propanol (60.09 g/mol) is heated from 25.3°C to 321.5°C. The boiling point of pr

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29 5 points A0.709 mol sample of liquid propanol (60.09 g/mol) is heated from 25.3°C to 321.5°C. The boiling point of pr

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29 5 Points A0 709 Mol Sample Of Liquid Propanol 60 09 G Mol Is Heated From 25 3 C To 321 5 C The Boiling Point Of Pr 1
29 5 Points A0 709 Mol Sample Of Liquid Propanol 60 09 G Mol Is Heated From 25 3 C To 321 5 C The Boiling Point Of Pr 1 (33.93 KiB) Viewed 10 times
29 5 points A0.709 mol sample of liquid propanol (60.09 g/mol) is heated from 25.3°C to 321.5°C. The boiling point of propanol is 206.6°C. The specific heat of liquid propanol is 2.40 J/gºC. The specific heat of propanol vapor is 1.42 J/g°C. The enthalpy of vaporization for propanol is 47.5 kJ/mol. What is the energy change of this process, in kJ? 31 Do not report units in your answer. Report your answer with 1 place past the decimal point. Type your answer..... 30 4 points Select the sets of conditions that will produce a spontaneous process (AG<0). Select all that apply. Incorrect responses will be penalized. AH 0: AS<0; low temperatures AH 0; AS 0; low temperatures AH<0; AS>0; all temperatures AH>0; AS <0; all tempeartures O 5 points The equilibrium constant, Kc, was found to be 1.7 x 10³ at 24.8°C for the reaction, 2X(s) + Cu2 (aq)--> 2X*(aq) + Cu(s) Using the following reduction potential for copper, what is the reduction potential in V for the other half reaction involving the substance X? Cu2 (aq) + 2e--> Cu(s) E-+0.31 V Do not put units in your answer.
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