Ordering QuestionClick and drag on elements in orderArrange the following compounds according to increasing intermolecular forces. Place the compound with the weakest intermolecular forces at the top of the list.InstructionsDrag and drop application.Choice 1 of 3. C6H6 toggle buttonC6H6Choice 2 of 3. C8H18 toggle buttonC8H18Choice 3 of 3. CH4 toggle buttonCH4
Question
Ordering QuestionClick and drag on elements in orderArrange the following compounds according to increasing intermolecular forces. Place the compound with the weakest intermolecular forces at the top of the list.InstructionsDrag and drop application.Choice 1 of 3. C6H6 toggle buttonC6H6Choice 2 of 3. C8H18 toggle buttonC8H18Choice 3 of 3. CH4 toggle buttonCH4
Solution
The order of the compounds according to increasing intermolecular forces would be:
- CH4
- C6H6
- C8H18
Here's why:
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CH4 (Methane): This compound is the smallest and simplest of the three, and it only has London dispersion forces, which are the weakest type of intermolecular forces.
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C6H6 (Benzene): This compound is larger than methane and has more electrons, which means it has stronger London dispersion forces. Additionally, it has a ring structure that allows for pi stacking, a type of van der Waals force, which adds to its intermolecular forces.
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C8H18 (Octane): This compound is the largest of the three and has the most electrons, which means it has the strongest London dispersion forces.
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