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It is because soda has carbon dioxide gas in it. When the can is closed the soda is under pressure, and so the gas cannot escape. As soon as you open the bottle, the pressure is released and the gas begins to escape. That is what makes the sound. When all the carbon dioxide escapes, the soda is "flat".
Hydrogen gas- very explosive when mixed with a spark
Like soda has gas in it.
Nitrogen
Soda lime traps any CO2 released. Without the soda lime, the brodie fluid in the manometer will not change as there is the same amount of CO2 as O2 released (this is strictly for carbohydrates or any other substances produced using the same concentrations of oxygen gas and carbon dioxide).
No, only gas escape from oversaturated carbon dioxide solution (de-pressurised) is purely physical.
No, only gas escape from oversaturated carbon dioxide solution (de-pressurised) is purely physical.
It is because soda has carbon dioxide gas in it. When the can is closed the soda is under pressure, and so the gas cannot escape. As soon as you open the bottle, the pressure is released and the gas begins to escape. That is what makes the sound. When all the carbon dioxide escapes, the soda is "flat".
The cause is the pressure difference between the gas pressure in the bottle and the atmospheric pressure.
Carbon dioxide, CO2
carbon dioxide CO2
The first Mobile Gas Company opened on 1911 by its name "The Standard Oil Company of New York". As time passed on, they changed their name into "MobilOil" and later, to "Mobil".
Carbon dioxide is released as a gas.
because it fartsBecause it the gas is released into the open air
The can is a solid. The soda is a liquid, and the carbonation is a gas.
Hydrogen gas- very explosive when mixed with a spark
When a can of soda is opened and left to stand, you can expect the following changes over a period of time: -- The CO2 bubbly gas comes out of solution and escapes into the atmosphere, leaving the soda flat. -- Some of the liquid evaporates and escapes into the atmosphere, leaving the level of liquid lower in the can. Since gas and some liquid came out of the can and went elsewhere, there is less mass remaining in the can than there was before it was opened. The total amount of mass doesn't change, but some of it leaves the can and goes to other places. The same change takes place when you drink some of it.