Baking soda will produce carbon dioxide when it reacts with an acid.
Heating the baking soda decomposes it, releasing CO2 gas, thus having the same effect as adding acid.
Its simple, an acid + a base = salt Usually there is a fair amount of heat as well. Depending on the molecules in question, there may be gas produced, such as when mixing vinegar and baking soda (which are an acid and base).
The bubbles produced when sodium bicarbonate (baking soda) meets an acid consist of carbon dioxide, CO2, the same gas released from the lungs when you exhale.
carbon dioxide
Hydrogen gas- very explosive when mixed with a spark
Water vapor is produced when baking soda and hydrochloric acid are mixed.
Vinegar is an acid and baking soda is an alkali. If an acid and an alkali react with each other they produce a salt, water and hydrogen gas. the gas produced can be used to inflate the balloon.
As with any acid-base reaction, the temperature would increase and hydrogen gas would be produced.
Carbon dioxide, the same gas you breath out in respiration.
Baking soda has a somewhat alkaline nature, meaning that it reacts with acids. Baking soda melts at 122 degrees Fahrenheit.
when acid mix with soda, it will produce carbon dioxide
Reacting an acid with a bicarbonate compound produces carbon dioxide gas. This is the gas produced in the baking soda (sodium bicarbonate) and vinegar (aqueous acetic acid) reaction.
When you mix salicylic acid with baking soda it produces a gas called carbon dioxide. This represents a chemical change.
Heating the baking soda decomposes it, releasing CO2 gas, thus having the same effect as adding acid.
Carbon dioxide
Its simple, an acid + a base = salt Usually there is a fair amount of heat as well. Depending on the molecules in question, there may be gas produced, such as when mixing vinegar and baking soda (which are an acid and base).
Yes, vinegar contains acetic acid and baking soda is sodium bicarbonate, a base. When they are mixed, a chemical reaction releases carbon dioxide gas (lots of bubbles), and a solution of sodium acetate and water remain.