Molecules

VAN DER WAALS FORCES

Video 12
The Power of Polarity: Decoding Electrostatic Interactions

Learning Objective:
Describe Van der Waals forces and identify systems in which they will form.

Attribution

The Power of Polarity: Decoding Electrostatic Interactions by Natasha Ramroop Singh and the TRU Open Press is licensed under a CC BY-NC-SA 4.0 license.

Citation Information

Use the information listed below to generate a citation for this video.

  • Authors: Natasha Ramroop Singh, TRU Open Press
  • Publisher: TRU Open Press
  • Website: Chemistry for Biologists
  • Title: The Power of Polarity: Decoding Electrostatic Interactions
  • Publication Date: March 14, 2024
  • Location: Kamloops, British Columbia
  • Video URL: https://barabus.tru.ca/media/openpress/biol1110/12.mp4
  • Page URL: https://chemistryforbiologists.trubox.ca/2024/03/14/12-the-power-of-polarity-decoding-electrostatic-interactions/
  • Website URL: https://chemistryforbiologists.trubox.ca/

Transcript:
The video transcripts are accessible for viewing and downloading below.

Video 12
Pre-video Activity 

Please attempt these questions BEFORE you watch the Video below and click “submit” when you are done

Before Video 12 – The Power of Polarity: Decoding Electrostatic Interactions

Video 12 – Learning Activity The Power of Polarity: Decoding Electrostatic Interactions

Intermolecular forces are:
Which of the following statements accurately describes electronegativity?
In which of the following substances will van der Waals forces NOT be observed?
Which of the following statements accurately describes polarizability?
In liquids, London forces are observed in:
This field is for validation purposes and should be left unchanged.

Video 12

Now that you have looked at the video, and you understand everything that was explained, please attempt these same questions again to track your learning progress! Click “submit” when you are done

After Video 12 – The Power of Polarity: Decoding Electrostatic Interactions

Video 12 – Learning Activity The Power of Polarity: Decoding Electrostatic Interactions

In which of the following substances will van der Waals forces NOT be observed?
Intermolecular forces are:
Which of the following statements accurately describes electronegativity?
Which of the following statements accurately describes polarizability?
In liquids, London forces are observed in:
This field is for validation purposes and should be left unchanged.

Additional Learning Activity

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