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If you evaporated the water then the baking soda would be left which states its a solution. If nothing is left then it is a compound. Hope this helped :)
Its a solution
probably not
Aqueous solution
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.
Unless the soda contains suspended solids, it is a homogeneous mixture.
This is a mixture of carbon dioxide and water.
Soda, flat or carbonated, is a set of compounds in solution.
Baking soda is a compound (has more than one element) and is not a solution or an element. If baking soda was added to water or another liquid, you would have a solution.
Because it is in liquid.
baking soda
solution, ........ but with a bit of particles in suspension,
Soda water is a solution of water and carbon dioxide gas.
If you evaporated the water then the baking soda would be left which states its a solution. If nothing is left then it is a compound. Hope this helped :)
Because a solution is similar to a homogeneous mixture which means that it is so evenly mixed that you cant see the different parts
Baking soda is a chemical compound; the correct, systematic name is sodium hydrogen carbonate. The formula is NaHCO3.
Baking soda (sodium bicarbonate) is an ionic compound.