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Polarity and Forces Quest

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Polarity and Forces Quest

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About this activity

Explore how molecules attract

Created by

RM - 11ZZ 811465 Mayfield SS
RM - 11ZZ 811465 Mayfield SS
Canada

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Polarity and Forces Quest
 

Polarity and Forces QuestOnline version

Explore how molecules attract

by RM - 11ZZ 811465 Mayfield SS
1

I am a special attraction involving a hydrogen on one molecule and a highly electronegative atom on another, helping water behave unusually and making liquids cling together. What am I?

Hints

Occurs between separate molecules, not inside the same molecule; a classic example is water.

Weaker than covalent bonds but stronger than most other intermolecular forces; key to water's properties.

Involve hydrogen and a very electronegative partner like oxygen, nitrogen, or fluorine.

2

I am the attraction or repulsion that acts between molecules with uneven charge distribution, influencing how they line up and cling to each other without sharing electrons. What am I?

Hints

They depend on how close the molecules get and how strong the polarity is; stronger polarity and shorter distance strengthen the interaction.

These forces occur between molecules that have a permanent dipole moment (polar molecules).

Think about interactions that rely on partial charges rather than full charges.

3

A molecule with a steady pull on charges passes its influence to a neighboring, shy friend. The shy friend is nonpolar, yet momentarily gains a whisper of a pole and draws closer. What kind of interaction is this invited by the presence of a permanent dipole?

Hints

Hint 3: The resulting attraction is called a dipole-induced dipole interaction, depending on polarizability and distance.

Hint 2: The nonpolar partner becomes temporarily polarized due to the electric field of the first.

Hint 1: One partner has a permanent dipole, the other is nonpolar.

4

I am a subtle pull that appears even among nonpolar friends, born from the flickering electron clouds that momentarily polarize nearby partners. What am I?

Hints

They are the weakest intermolecular attractions but present in all substances, especially in noble gases and nonpolar compounds.

These forces depend on the size/polarizability of the particles involved.

I arise from temporary changes in electron distribution within atoms or molecules.

 
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