(Calcium chloride in water, ammonium nitrate in water, magnesium carbonate in wa
ID: 911335 • Letter: #
Question
(Calcium chloride in water, ammonium nitrate in water, magnesium carbonate in water, and sodium nitrate in water)1. What types of bonds or intermolecular forces need to be disrupted between solute molecules?
2. . What types of bonds or intermolecular forces need to be disrupted between the solvent molecules?
3. What types of bonds or intermolecular forces form between the solute and solvent?
4. For each of or the reactions that were stated, which attractive forces were stronger for each of the salt that I listed, Which of those of the reactants or those of the products?
Thank you
(Calcium chloride in water, ammonium nitrate in water, magnesium carbonate in water, and sodium nitrate in water)
1. What types of bonds or intermolecular forces need to be disrupted between solute molecules?
2. . What types of bonds or intermolecular forces need to be disrupted between the solvent molecules?
3. What types of bonds or intermolecular forces form between the solute and solvent?
4. For each of or the reactions that were stated, which attractive forces were stronger for each of the salt that I listed, Which of those of the reactants or those of the products?
Thank you
(Calcium chloride in water, ammonium nitrate in water, magnesium carbonate in water, and sodium nitrate in water)
2. . What types of bonds or intermolecular forces need to be disrupted between the solvent molecules?
3. What types of bonds or intermolecular forces form between the solute and solvent?
4. For each of or the reactions that were stated, which attractive forces were stronger for each of the salt that I listed, Which of those of the reactants or those of the products?
Thank you
Explanation / Answer
1.
All the given solutes are salts (calcium chloride, ammonium nitrate, magnesium carbonate, and sodium carbonate). The intermolecular forces that exist between salts are ionic bonds or ionic forces.
2
The solvent is water. The intermolecular forces that are present in water are dipole-dipole interactions and hydrogen bonding.
3
The intermolecular forces that are present between solute and solvent are ionic dipole interactions.
4.
The order of the intermolecular forces from strongest to weak is as follows:
Ionic forces > dipole-dipole > hydrogen bonding
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