HDTutorial
EN
How to make Sodium Acetate! - Exothermic reactions and supersaturated solutions.

Playback starts YouTube’s embedded player (privacy-enhanced mode).

How to make Sodium Acetate! - Exothermic reactions and supersaturated solutions.

12,504 views February 25, 2020 9:42

Watch on YouTube
ChannelDestructiveCreativity

Description from the creator

How to make sodium acetate at home! An exothermic reaction from a supersaturated solution often called Hot Ice, this amazing effect is easily reproduced at home using nothing but baking soda and vinegar! We have new content every week, so make sure you subscribe!

Have you ever tried the baking soda and vinegar volcano? Take it to the next step and use what is left over, (sodium acetate trihydrate) and make Hot ice! A great science experiment for kids showing exothermic reactions, super cooling, super saturated solutions and the best part is, there is a stunningly cool end result that can be done over and over again!

Destructive Creativity and Jonathan Allers are committed to providing safe and fun science experiments for all ages over 13 years old.

About this tutorial

DestructiveCreativity published this 9:42 video tutorial on February 25, 2020. It has been watched 12,504 times on YouTube.

Duration
9:42
Published
February 25, 2020
Views
12,504
Likes
188

Tags

Share

Further reading

  • Crystallization of Sodium Acetate from a Supersaturated ... chem.libretexts.org

    The model used to describe this phenomenon is that once a template of the crystalline form of the substance is made available to the supersaturated solution, spontaneous crystallization begins immediately. Here is a sup…

  • Supersaturated Sodium Acetate projects.ncsu.edu

    The solution, once completely dissolved, can be cooled to give a solution which is supersaturated in the anhydrous and trihydrate form of sodium acetate. In the presence of a seed crystal, this solution will “freeze” bu…

  • How To Make Sodium Acetate Supersaturation - Some Interesting ... someinterestingfacts.net

    The solution exists in a metastable state, analogous to a ball perched at the top of a hill, where the slightest nudge will make it roll down. The trigger can be pouring the solution out of the container, or adding a se…

This tutorial in other languages