![A treatise on the theory of solution including the phenomena of electrolysis . °6 and pass into the anhydrous salt andwater. Another hydrate, Na2S04. 7 HgO can be obtained byadding alcohol to A treatise on the theory of solution including the phenomena of electrolysis . °6 and pass into the anhydrous salt andwater. Another hydrate, Na2S04. 7 HgO can be obtained byadding alcohol to](https://c8.alamy.com/comp/2AJ425C/a-treatise-on-the-theory-of-solution-including-the-phenomena-of-electrolysis-6-and-pass-into-the-anhydrous-salt-andwater-another-hydrate-na2s04-7-hgo-can-be-obtained-byadding-alcohol-to-the-solution-in-water-but-it-is-unstable-withrespect-to-both-the-anhydrous-salt-and-the-other-hydrate-andneed-not-here-be-considered-the-quadruple-point-0-represents-a-non-variant-system-inwhich-ice-hydrate-saturated-solution-and-vapour-are-in-equi-librium-the-monovariant-curves-springing-from-it-are-similarto-those-considered-in-the-case-of-the-anhydrous-salt-and-neednot-detain-us-when-however-2AJ425C.jpg)
A treatise on the theory of solution including the phenomena of electrolysis . °6 and pass into the anhydrous salt andwater. Another hydrate, Na2S04. 7 HgO can be obtained byadding alcohol to
One mole of anhydrous salt AB dissolves inwater and liberates 15 J mol 1 of heat. The value ofdrs fon of AB is 20.5 J mol 1. Hence, the enthalpyof dissolution of
![SOLVED: Initial mass of the sample (CuSO4 * xHO) before beating 0.21349 Final mass of anhydrous salt after heating Time needed t0 reach t0 the final constant mass S41uLes Calculations: Show setups; SOLVED: Initial mass of the sample (CuSO4 * xHO) before beating 0.21349 Final mass of anhydrous salt after heating Time needed t0 reach t0 the final constant mass S41uLes Calculations: Show setups;](https://cdn.numerade.com/ask_images/f4899685cdc54b4ea2f90d7979228250.jpg)
SOLVED: Initial mass of the sample (CuSO4 * xHO) before beating 0.21349 Final mass of anhydrous salt after heating Time needed t0 reach t0 the final constant mass S41uLes Calculations: Show setups;
![SOLVED: Formula (Molar) mass of anhydrous salt (on bottle) Number of grams of HzO per 100.0 g hydrate *49 14.8 Number of moles HzO per 100.0 g hydrate 1q.8 18.0 Da moles SOLVED: Formula (Molar) mass of anhydrous salt (on bottle) Number of grams of HzO per 100.0 g hydrate *49 14.8 Number of moles HzO per 100.0 g hydrate 1q.8 18.0 Da moles](https://cdn.numerade.com/ask_images/722e57774e06473a9151c1a912f8e846.jpg)
SOLVED: Formula (Molar) mass of anhydrous salt (on bottle) Number of grams of HzO per 100.0 g hydrate *49 14.8 Number of moles HzO per 100.0 g hydrate 1q.8 18.0 Da moles
![thermodynamics - Why is it that the enthalpy of hydration equals the difference of solvation enthalpies of anhydrous and hydrous salts - Chemistry Stack Exchange thermodynamics - Why is it that the enthalpy of hydration equals the difference of solvation enthalpies of anhydrous and hydrous salts - Chemistry Stack Exchange](https://i.stack.imgur.com/DbxqP.jpg)
thermodynamics - Why is it that the enthalpy of hydration equals the difference of solvation enthalpies of anhydrous and hydrous salts - Chemistry Stack Exchange
![5 g of crystalline salt, when rendered anhydrous, lost 1.89 g of water. The formula weight of anhydrous salts is 160 . The number of molecules of water of crystallisation in the salt is: 5 g of crystalline salt, when rendered anhydrous, lost 1.89 g of water. The formula weight of anhydrous salts is 160 . The number of molecules of water of crystallisation in the salt is:](https://dwes9vv9u0550.cloudfront.net/images/1872266/5eca5d71-7e9a-435c-90fa-efc2518fec05.jpg)
5 g of crystalline salt, when rendered anhydrous, lost 1.89 g of water. The formula weight of anhydrous salts is 160 . The number of molecules of water of crystallisation in the salt is:
![OneClass: Part C. Water of hydration analysis 1. Formula of anhydrous salt used マテ (formula of th... OneClass: Part C. Water of hydration analysis 1. Formula of anhydrous salt used マテ (formula of th...](https://prealliance-textbook-qa.oneclass.com/qa_images/homework_help/question/qa_images/120/12087227.png)