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List all of the different intermolecular interactions (IMFs) that are.docx

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List all of the different intermolecular interactions (IMFs) that are.docx

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List all of the different intermolecular interactions (IMFs) that are possible in a solution of CaCl 2 in methanol (CH 3 OH). Explain how/why these are possible
Solution
Answer: CaCl 2 has inonic bond within the molecule.
Methanol (CH 3 OH) has hydrogen bonding between another molecule while within the molecule it has covalent linkage.
When CaCl 2 in dissolved in methanol the solubility is due to formation of ion-dipole forces. This is due to fact that this force develops because of the interaction of ions and polar molecule.
The slightly negative Oxygen of methanol is attarcted towards Ca 2+ while slightly positive Hydrogen gets attracted to Cl - .
.

List all of the different intermolecular interactions (IMFs) that are possible in a solution of CaCl 2 in methanol (CH 3 OH). Explain how/why these are possible
Solution
Answer: CaCl 2 has inonic bond within the molecule.
Methanol (CH 3 OH) has hydrogen bonding between another molecule while within the molecule it has covalent linkage.
When CaCl 2 in dissolved in methanol the solubility is due to formation of ion-dipole forces. This is due to fact that this force develops because of the interaction of ions and polar molecule.
The slightly negative Oxygen of methanol is attarcted towards Ca 2+ while slightly positive Hydrogen gets attracted to Cl - .
.

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List all of the different intermolecular interactions (IMFs) that are.docx

  1. 1. List all of the different intermolecular interactions (IMFs) that are possible in a solution of CaCl 2 in methanol (CH 3 OH). Explain how/why these are possible Solution Answer: CaCl 2 has inonic bond within the molecule. Methanol (CH 3 OH) has hydrogen bonding between another molecule while within the molecule it has covalent linkage. When CaCl 2 in dissolved in methanol the solubility is due to formation of ion-dipole forces. This is due to fact that this force develops because of the interaction of ions and polar molecule. The slightly negative Oxygen of methanol is attarcted towards Ca 2+ while slightly positive Hydrogen gets attracted to Cl - .

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