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If two molecules, and , have the same strength with regards to their van der Waals forces, which will have the lower molar mass?

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General Chemistry 1
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Assess problems relating to intermolecular forces
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Greg Montoya
Greg MontoyaLv10
16 Jan 2021

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Related questions

Between molecules of and molecules of , which will have stronger van der Waals forces?

Which of the following is FALSE when considering van der Waals interactions?

The van der Waals radius represents the most stable distance between two interacting centers.

They are not important in determining the stability of three-dimensional structures of proteins.

Molecules that interact by van der Waals forces do not interpenetrate.

Van der Waals radii can determine molecular surfaces.

The total interaction energy is the sum of the attractive and repulsive forces.

Polyethylene consists of fibrous molecules of covalently bonded atoms tangled and interacting like the fibers of cotton ball. Weaker van der Waals forces act between the molecules with a strength that is inversely related to the separation distance. A. What properties of Polyethylene can be attributed to the covalent bonding? B. What properties are most likely the result of the weaker van der Waals forces? C. If we pull on the ends of cotton ball, the cotton fibers go from a random arrangement to an array of somewhat aligned fibers. Assuming we get a similar response from deformed polyethylene, how might properties change and why?

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