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Identify all of the IMF-'s present between like molecules in a sample.docx

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Identify all of the IMF-'s present between like molecules in a sample.docx

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Identify all of the IMF\'s present between like molecules in a sample of CH3OH.
Solution
Ethanol is a covalent compound and hence exhibits London dispersion forces.
Ethanol has a polar O-H bond and as a result, it exhibits dipole-dipole interactions.
In addition to this, ethanol also exhibits intermolecular hydrogen bonding as it has H atoms firectly attached to the O atom in its functional group.
All these forces are experienced in an ethanol molecule.
Please leave a positive rating in case I was helpful. If not, leave your doubt in the comments. I\'ll get back to you ASAP :)
.

Identify all of the IMF\'s present between like molecules in a sample of CH3OH.
Solution
Ethanol is a covalent compound and hence exhibits London dispersion forces.
Ethanol has a polar O-H bond and as a result, it exhibits dipole-dipole interactions.
In addition to this, ethanol also exhibits intermolecular hydrogen bonding as it has H atoms firectly attached to the O atom in its functional group.
All these forces are experienced in an ethanol molecule.
Please leave a positive rating in case I was helpful. If not, leave your doubt in the comments. I\'ll get back to you ASAP :)
.

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Identify all of the IMF-'s present between like molecules in a sample.docx

  1. 1. Identify all of the IMF's present between like molecules in a sample of CH3OH. Hydrogen-bridging force Solution Ethanol is a covalent compound and hence exhibits London dispersion forces. Ethanol has a polar O-H bond and as a result, it exhibits dipole-dipole interactions. In addition to this, ethanol also exhibits intermolecular hydrogen bonding as it has H atoms firectly attached to the O atom in its functional group. All these forces are experienced in an ethanol molecule. Please leave a positive rating in case I was helpful. If not, leave your doubt in the comments. I'll get back to you ASAP :)

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