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Aug 02, 2012 · 1. A. Hydrogen Bonding. Hydrogen bonding is the strongest intermolecular force within NH2CH3 as not only does it hydrogen bond within it self but also allows Nitrogen to have a lone pair with helps... Step 3: If there are no O-H, N-H, or H-F bonds, determine the polarity of the bonds. If there are no polar bonds, the molecules are nonpolar and London forces are broken when they boil. Go to Step 5. If there is at least one polar bond, go to Step 4(d). Step 4: Predict whether the polar bonds are symmetrically or asymmetrically arranged.
Answered November 27, 2018. The dominant IMFs will be London Dispersion forces because octane is non-polar, and it’s a fairly long hydrocarbon chain. Note that there’s no H-bonding because there’s no FON bonded to a Hydrogen. 521 views. Sponsored by Gundry MD.
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Explain how both molar mass and intermolecular forces together affect the AT values for the two liquids. n-octane (Molar mass: 114.23 g/mol, Strongest intermolecular force: London dispersion forces) and 1- propanol (Molar mass: 60.09 g/mol, Strongest intermolecular force: Hydrogen bond) n-octane has larger molar mass whereas 1-propanol has ...Android 9 frp bypass apk.
Intermolecular Forces (IMF's) and Boiling Point- When comparing IMF's, the higher the boiling point the stronger the IMF's. It requires more energy to break the attractive forces between molecules, therefore a higher boiling point. On Table H, ethanoic acid has the strongest IMF's. (Despite this seemingly low value, the intermolecular forces in liquid water are among the strongest such forces known!) Given the large difference in the strengths of intra- and intermolecular forces, changes between the solid, liquid, and gaseous states almost invariably occur for molecular substances without breaking covalent bonds .