I think you mean baking soda, not baking powder. Anyway,
that's not a very good answer. The correct answer isn't that interesting. The answer is that these two substances simply don't react. It takes an acid, vinegar, to react with the base, bicarbonate. An acid neutralizes the base and carbon dioxide is given off.
I guess the short, best answer is that alcohol is not an acid.
Baking powder is thermally decomposed by heating (absorb heat).
Yes
Baking powder is not a gas, but it does make a cake rise by releasing carbon dioxide into the batter through chemical reaction.
To create a chemical reaction using baking powder and vinegar, simply mix the two together. The baking powder (sodium bicarbonate) reacts with the vinegar (acetic acid) to produce carbon dioxide gas, which causes bubbling and fizzing. This reaction is commonly used in baking to make cakes and breads rise.
No. there is a chemical reaction with the baking soda and the other ingredients, not with the flour.
No. Sugar and a fermenting agent eg yeast is needed to produce alcohol.
Yes, acids can produce effervescence with baking powder. Baking powder contains a combination of an acid (usually cream of tartar) and a base (usually baking soda). When an acid is added to baking powder, it reacts with the baking soda to release carbon dioxide gas, resulting in effervescence. This reaction is what causes baked goods to rise.
yes it creates carbon dioxide
When you heat baking powder, it releases carbon dioxide gas, which helps baked goods rise. This reaction occurs quickly when the baking powder is mixed with a liquid and heated in the oven. Heating baking powder at high temperatures can cause it to lose its leavening power over time.
They produce no reaction but the density of the baking soda can be demonstrated as it all settles to the bottom. Also, absorption (baking soda absorbing the alcohol) takes place which makes a good lesson. Hope this helps
Baking powder is generally considered a reversible reaction in water, as it dissolves and dissociates into its components, allowing it to react chemically when mixed with other ingredients. However, the reaction that occurs when baking powder is heated (producing carbon dioxide gas) is irreversible. Thus, while its dissolution in water is reversible, the subsequent chemical reactions during baking are irreversible.
Due to the chemical reaction of the carbonated water interacting with the baking powder.