Polar vs. Non-Polar Bonds

Video 14
The Bonding Kaleidoscope: Exploring Continuums

Learning Objective:
Recognize the continuum of bonding from ionic to polar covalent to covalent, considering electronegativity differences.

Attribution

The Bonding Kaleidoscope: Exploring Continuums 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 Bonding Kaleidoscope: Exploring Continuums
  • Publication Date: March 14, 2024
  • Location: Kamloops, British Columbia
  • Video URL: https://barabus.tru.ca/media/openpress/biol1110/14.mp4
  • Page URL: https://chemistryforbiologists.trubox.ca/2024/03/14/14-the-bonding-kaleidoscope-exploring-continuums/
  • Website URL: https://chemistryforbiologists.trubox.ca/

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

Video 14
Pre-video Activity 

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

Before Video 14 – The Bonding Kaleidoscope: Exploring Continuums

Video 14 – Learning Activity The Bonding Kaleidoscope: Exploring Continuums

Which of the following does NOT affect the polarity of a molecule?
Which of the following is LEAST polar?
Which of the following factors MOST affects the polarity of a molecule?
Which of the following statements BEST describes dipole moments?
Which of the following is MOST polar?
This field is for validation purposes and should be left unchanged.

Video 14

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 14 – The Bonding Kaleidoscope: Exploring Continuums

Video 14 – Learning Activity The Bonding Kaleidoscope: Exploring Continuums

Which of the following factors MOST affects the polarity of a molecule?
Which of the following does NOT affect the polarity of a molecule?
Which of the following is LEAST polar?
Which of the following is MOST polar?
Which of the following statements BEST describes dipole moments?
This field is for validation purposes and should be left unchanged.

Additional Learning Activity