Does Soda Water Bubbling Depend on Temperature?

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In summary, the conversation discusses the question of whether soda water will still bubble after being frozen and then thawed. The main reason for the bubbling is the dissolution of H2CO3 into H2O and CO2. The conversation also mentions the effect of temperature and pressure on the solubility of gases, and the observation that frozen Coke still retains its fizziness after thawing.
  • #1
arcnets
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Hi all,
today someone asked me a very simple question:
"If I have some soda water, and put it in the deep-freeze in an open vessel, so as to make ice, and take it out again later, and let the ice melt,
will the water bubble as before? Or not?"

Of course I said, "Try it!". But I'd like some theoretical background. Obviously, the water bubbles because of the H2CO3 dissolving into H2O + CO2. So the question is, what happens to the H2CO3 when the water starts to freeze. One should expect that the H2CO3 freezes earlier because the molecule is heavier, and thus is conserved. But you never know...

Any help? Thx...
 
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  • #2
You said in an "open vessel" so I'm assuming you're pouring it out from it's original container into something else.

The CO2 I think would dissipate and you'd be left with frozen water. Water can hold so much CO2 at normal pressures and temperatures. When you reduce the pressure (ie. you open the bottle), AND you reduce the temperature of its surroundings, the solubility of the gas becomes VERY low...So all the gas should be gone!
 
  • #3
Solubility of gases increases with decreasing temperature. Heating water is a good way to start degassing. That's why you get clear ice cubes from freezing hot tap water.

I have frozen Coke before and it is still fizzy after thawing (doesn't taste right though).
 
  • #4
Thanks. :smile:
 

FAQ: Does Soda Water Bubbling Depend on Temperature?

What causes soda water to bubble?

Soda water bubbles are caused by the release of carbon dioxide gas. The carbon dioxide is dissolved in the water under pressure and when the pressure is released, the carbon dioxide forms bubbles.

Does the temperature affect the amount of bubbles in soda water?

Yes, the temperature does affect the amount of bubbles in soda water. As the temperature increases, the solubility of carbon dioxide decreases, causing more bubbles to form. This is why warm soda tends to be less bubbly than cold soda.

Is there a specific temperature at which soda water will bubble the most?

Yes, there is a specific temperature at which soda water will bubble the most. This temperature is typically around 40-45 degrees Fahrenheit. At this temperature, the solubility of carbon dioxide is at its highest, resulting in the maximum amount of bubbles.

Does the type of soda water affect its bubbling at different temperatures?

The type of soda water does have an impact on its bubbling at different temperatures. Different brands may use different levels of carbonation or additives, which can affect the amount of bubbles produced at different temperatures. However, the basic principle of solubility still applies.

Can the temperature of soda water affect its taste?

Yes, the temperature of soda water can affect its taste. This is because temperature can affect the rate at which carbon dioxide is released, which can impact the level of carbonation and therefore the flavor of the soda water. Additionally, colder temperatures can also make the drink feel more refreshing to some individuals.

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