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36,918 Views • May 30, 2021 • Click to toggle off description
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In this video we will be discussing saponification – production of soaps from triglycerides. The video also explores the structure and action of soaps and various types of synthetic detergents, as well as their advantages and disadvantages.
Timestamp
00:00 Triglyceride, glycerol and fatty acids
03:22 Saponification
04:18 Structure of Soap
04:50 Action of Soap
06:30 Saponification in the Classroom
07:25 Properties of Soap
08:54 Detergents
11:26 Comparing Soaps with Detergents
• investigate the structural formulae, properties and functional group including:
– esters
• investigate the structure and action of soaps and detergents
What soaps? What are detergents? Soaps and detergent comparison and discussion. How to produce soaps from fats? What is saponification? What are the different types of detergents?
Views : 36,918
Genre: Education
Date of upload: May 30, 2021 ^^
Rating : 4.9 (16/627 LTDR)
RYD date created : 2022-01-20T10:34:57.548024Z
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YouTube Comments - 14 Comments
Top Comments of this video!! :3
Thank you so much!
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Amazing! Thanks!
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Good job.. I like to know about chemistry of rubber
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Great video !!! Few questions for you if you don't mind.
1) Structurally, soaps and detergents are so similar but perform differently, why ?
- Is it just the hydrophilic group being different that makes this difference.
- Are there other compounds present which are responsible for these differences?
2) What makes synthetic non-biodegradable, despite similar structure ?
-Isn't the hydrophobic tail the same, so is it because of the hydrophilic side?
3) Also, what makes the charge on the hydrophilic head (anionic or cationic or non-ionic) make such a difference in terms of their applications/uses ?
4) Generally speaking, which is harsher on skin ?
- I'm assuming detergents.
Thank You
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you're a life saver
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@3:02 what's the difference between OH and HO?
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very informative
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very informative, thank you!!
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Very explicit!
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Thanks😁
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Eximious
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goat
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@ScienceReady
2 years ago
There is a small mistake in this video – the systematic name of glycerol is 1,2,3-propantriol (not 1,2,3-tripropanol). Sorry for the confusion. Finding the video helpful? Support us by sharing these free resources with your friends 😊!
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