Mastering Chemistry: Course H session masteringchemistry.com/ p c due to the nat
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Mastering Chemistry: Course H session masteringchemistry.com/ p c due to the nature of the intera Mast Chemistry: Chapt x Bb Blackboard Learn ering http File Edit View Favorites Tools Help bing Q Bio test #4 flashcards Qui... Q Search chapter 8 test che... e chemistry is EASY How d... Q Chemistry Mid-Term Mul Q Chapter 1 Chemistry and Pag Safety Chem 100 Fall 2015 Close Chapter 10 Homework on-dipole Forces between lonic Compounds and Water previous 9 of 13 next Match the words in the left column to the appropriate blanks in the sentences on the right. Make certain each sentence is complete before submitting your answer. dip dip Salt compounds are composed of ions that form a tightly packed and ordered network, which is called a crystal lattice, and it is held together by insoluble high When a salt is added to a polar solvent like water, the ions interact with the solvent molecules, and the forces holding together the salt hydrogen bonds ionic bonds The ions are then isolated and stabilized in solution via these interactions, and when this occurs for most of the salt compound, it is considered in that solvent covalent bonds dispersion forces Due to the nature of the interaction between ions and solvent molecules, a concentration o ions can be dissolved in water than in alcohol ion-dipole forces reset help 100% 8:02 PM 10/31/2015Explanation / Answer
Salt compounds are composed of ions that form a tightly packed and and ordered network, which is called a crystal lattice, and it is held together by ionic bonds. (Ionic forces between ions)
When a salt is added to a polar solvent like water, the ions interact with the solvent molecules, and Ion- dipole forces overcome the forces holding together the salt. (Forces betwen ions of salt and dipole of polar solvent molecule)
The ions are then isolated and stabilized in solution via these interactions, and when this occurs for most of the salt compounds, it is considered soluble in that solvent.
Due to the nature of the interaction between ions and solvent molecules, a higher concentration of ions can be dissolved in water than in alcohol.