May 12, 2009 #1 milena02 Agricultural Joined May 12, 2009 Messages 42 Location AR Please can give me such 2 values for H2SO4 100% especific heat latent , or boiling heat . Imperial or SI units , or whatever
Please can give me such 2 values for H2SO4 100% especific heat latent , or boiling heat . Imperial or SI units , or whatever
May 13, 2009 1 #2 25362 Chemical Joined Jan 5, 2003 Messages 4,826 Location CA From Lange's Handbook of Chemistry: Enthalpy of vaporization at boiling point: 50.2 kJ/mol Specific heat, J/(K.mol), @ 400 K: 158.2; @ 600 K: 197.0 I hope I've read correctly the small printed figures. Upvote 0 Downvote
From Lange's Handbook of Chemistry: Enthalpy of vaporization at boiling point: 50.2 kJ/mol Specific heat, J/(K.mol), @ 400 K: 158.2; @ 600 K: 197.0 I hope I've read correctly the small printed figures.
May 13, 2009 Thread starter #3 milena02 Agricultural Joined May 12, 2009 Messages 42 Location AR Hi 25362 , could you give me the Boiling point for Sulphuric Acid? Upvote 0 Downvote
May 13, 2009 Thread starter #4 milena02 Agricultural Joined May 12, 2009 Messages 42 Location AR I forgot to thank you. Upvote 0 Downvote
May 13, 2009 #5 25362 Chemical Joined Jan 5, 2003 Messages 4,826 Location CA Diverse data from different sources: Lange's: 335.5oC CRC: 337oC Perry and J.T. Baker's MSDS: 340oC (decomposes) From ChemInfo on aqueous solutions: 77.7% 193oC 93.0% 279oC 98.0% 327oC Upvote 0 Downvote
Diverse data from different sources: Lange's: 335.5oC CRC: 337oC Perry and J.T. Baker's MSDS: 340oC (decomposes) From ChemInfo on aqueous solutions: 77.7% 193oC 93.0% 279oC 98.0% 327oC
May 14, 2009 Thread starter #6 milena02 Agricultural Joined May 12, 2009 Messages 42 Location AR Thanks for all Upvote 0 Downvote
May 16, 2009 #7 rocketscientist Chemical Joined Aug 19, 2000 Messages 86 Location US I suggest you look at NIST. They have a wide range of thermodynamic values on a wide range of gases and liquids. Dirk Willard Upvote 0 Downvote
I suggest you look at NIST. They have a wide range of thermodynamic values on a wide range of gases and liquids. Dirk Willard