Help with Chemical reactions that make water unstable....

In summary, the conversation discussed various methods for creating instability in water, such as using dry ice, baking powder, and a mixture of dry acid and alkali. Other examples mentioned were transitions from laminar to turbulent flow and specific chemical reactions that can cause water to vibrate or behave unpredictably. The suggestion of using an anhydrous salt and a Google search for rotating and oscillating chemical reactions were also mentioned.
  • #1
Mohammed Alhayek9
12
1
Directly without any introduction _

I really want some help from chemical engineers

I was just looking for some chemical reactions that can make water unstable

like when we put it in the water the water will move will not be stable or in an equilibrium state

thank you very much
 
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  • #2
:welcome:

I'm not sure what kind of instability you mean. The question sounds like the polywater science fiction story.
 
  • #3
something that makes water vibrate or any other behavior
 
  • #4
Dry Ice (solid CO2)
Baking Powder (any of several, check your grocery store)
Any mixture of a dry acid and a dry alkali (powdered Citric acid and Baking Soda for instance)
 
  • #5
Transition from laminar to turbulent flow in a pipe.
Transition from laminar to turbulent flow in flow past a flat plate.
Taylor instability in viscous flow between concentric rotating cylinders.
Rayleigh stability in heat transfer from below a fluid contained between horizontal flat plates.
 
  • #6
how about adding an anhydrous salt, for instance copper sulphate with each molecule removing 7 water molecules?
 

1. What causes water to become unstable?

Water can become unstable when it is exposed to certain chemicals or conditions that disrupt the balance of its molecules. This can happen when other substances are added to water, such as acids or bases, or when there is a change in temperature or pressure.

2. How do chemical reactions make water unstable?

Chemical reactions can make water unstable by breaking apart the bonds between its hydrogen and oxygen atoms. This can happen when water is mixed with other substances that have a strong affinity for these atoms, causing them to split apart and form new compounds.

3. What are some examples of chemical reactions that make water unstable?

Some common examples of chemical reactions that make water unstable include the electrolysis of water, which uses an electric current to split water molecules into hydrogen and oxygen gas, and the reaction between water and sodium metal, which produces hydrogen gas and sodium hydroxide.

4. How can water be stabilized after a chemical reaction?

Water can be stabilized after a chemical reaction by neutralizing any remaining acidic or basic substances, adjusting the temperature and pressure back to normal levels, and removing any impurities or byproducts that may have formed during the reaction. This can help restore the balance of water molecules and make it safe for consumption.

5. Are there any risks associated with unstable water?

Yes, there can be risks associated with unstable water, depending on the specific chemicals or conditions that caused it to become unstable. For example, water that has been contaminated with toxic substances or has undergone a violent chemical reaction may pose health hazards if consumed. It is important to properly treat and stabilize water before using it for any purpose.

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