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the concentration
yes there is all kinds of acid bubbles!!
Choose an acid and then add acid to water (and NEVER add water to acid). The amount of water, depends on the exact concentration of the dilute acid needed. The molecular formula of the acid will not vary after dilution, just its concentration will reduce.
Add acid to water (and NEVER add water to acid). The amount of water, depends on the exact concentration of the dilute acid needed.
Bubbles are mostly of carbon dioxide which are produced by the Action of sodium bicarbonate on remaining amount of benzoic acid.
the concentration
Yes, heat of neutralization is directly proportional to the concentration of the acid. the more the concentration the more the heat emitted at the time of neutralization.
yes there is all kinds of acid bubbles!!
No, it is exactly opposite - the relative amount of acid in the juice determines the pH.
Choose an acid and then add acid to water (and NEVER add water to acid). The amount of water, depends on the exact concentration of the dilute acid needed. The molecular formula of the acid will not vary after dilution, just its concentration will reduce.
Strength: how strong the bonds between the elements in the acid are. (the stronger the bonds the harder it is for the hydrogen ions to dissociate (break away) from the acid. Concentration: moles per liter. if there's a lot of the acid in a small amount of space there's a high concentration. just because the concentration is high, that doesn't mean the acid wouldn't easily break up.
Strength: how strong the bonds between the elements in the acid are. (the stronger the bonds the harder it is for the hydrogen ions to dissociate (break away) from the acid. Concentration: moles per liter. if there's a lot of the acid in a small amount of space there's a high concentration. just because the concentration is high, that doesn't mean the acid wouldn't easily break up.
Add acid to water (and NEVER add water to acid). The amount of water, depends on the exact concentration of the dilute acid needed.
Muriatic acid (also known as hydrochloric acid) can damage painted surfaces. The amount of damage done depends on the concentration of the acid and the type of paint.
A diamond is colorless and, when powdered, forms bubbles with acid.
Your question is somewhat garbled, but some of the carbon dioxide in the atmosphere dissolves in the ocean and forms carbonic acid. This has a moderating affect on the atmospheric concentration of CO2.
Bubbles are mostly of carbon dioxide which are produced by the Action of sodium bicarbonate on remaining amount of benzoic acid.