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3.1 IMF AP Chem

3.1 IMF AP Chem

Assessment

Presentation

Chemistry

9th - 12th Grade

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Created by

Brandi Gremaud

Used 2+ times

FREE Resource

20 Slides • 7 Questions

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Multiple Choice

What type of IMF is found in alcohol, C2H5OH?

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covalent bonding
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van der Waals forces
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ionic bonding
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hydrogen bonding
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dipole-dipole

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Multiple Choice

Which substance only experiences LDFs?

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Nonpolar substances
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Polar substances
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Ionic substances
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Metallic substances

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Multiple Choice

Which substance has the strongest LDFs?

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iodine
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carbon
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sodium
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helium

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Multiple Choice

Which substance is most polarizable?

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C3H8

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C2H5OH

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C6H12O6

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CH4

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Multiple Choice

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  1. It does not show how hydrogen bonds are constantly forming, breaking, and reforming, which results in a net force of attraction between the molecules.

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  1. It does not show how the interactions between ions and the induced molecular dipoles result in a net force of attraction between the molecules.

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  1. It does not show how the interacting permanent dipoles of the molecules result in a net force of attraction between the molecules.

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  1. It does not show how the temporary fluctuating dipoles of the molecular electron clouds result in a net force of attraction between the molecules.

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Multiple Choice

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  1. F2 is soluble in water, whereas HF is insoluble in water.

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Liquid F2 has weak dispersion force attractions between its molecules, whereas liquid HF has both weak dispersion force attractions and hydrogen bonding interactions between its molecules.

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  1. Liquid F2 has weak dispersion force attractions between its molecules, whereas liquid HF has strong ionic interactions between H+ and F− ions.

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  1. The F2 molecule has a greater mass than the HF molecule has.

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Multiple Choice

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  1. The random motion of the particles within the liquids

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  1. The structural formula of the molecules of the liquid and vapor in each flask

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  1. The strength of the intermolecular forces between the particles in the liquids

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  1. The relative speeds of the vapor particles in each flask

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