What is the constant-pressure molar heat capacity of ions in aqueous solutions, and why is it negative for some of them?
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Dear experts in physical chemistry: What is the constant-pressure molar heat capacity of ions in aqueous solutions, and why is it negative for some of them? Does an increase in temperature require the release of heat? It’s incredible; I humbly ask for your guidance!
Note the definition of heat capacity: if cp is negative, it indicates that this is an exothermic process
Could you send me the material with the photo you took? Or send me the book title; I want to look up some information
Does the system release heat as its temperature rises?
Does the system release heat as its temperature rises?
Does the system release heat as its temperature rises?
This post was last edited by GHJDSM on 2020-2-29 21:30
Because an aqueous solution system must be electrically neutral; it is impossible for anions to exist on their own without corresponding cations. In other words, the Cp of its corresponding cation is positive. When both are calculated together, the overall Cp becomes positive
Does that manual contain data on Zn(NH3)2+, Zn(NH3)2 2+, Zn(NH3)3 2+, Zn(NH3)4 2+, as well as free NH3?