no...it's a base.
Lime water contains citric acid. So it is an acid substance.
When lime water (calcium hydroxide) and hydrochloric acid are mixed, they react to produce calcium chloride, water, and carbon dioxide gas.
Lime is a strong base. When you add a base to an acid it turns it neutral. So by adding the lime to the water after a while it'll turn into precipitation itself and neutralize the acid. This is also known as acid-base neutralization.
Salt on anything draws out the water. In the case of the lime, the acid remains.
Sweet lime water (also known as nimbu pani or lemonade) is acidic in nature due to the presence of citric acid from the lime. It is not alkaline.
When lime (calcium hydroxide) is combined with an acid, a neutralization reaction occurs resulting in the formation of water and a salt. The calcium in lime reacts with the acid to form calcium ions, while the hydrogen ions in the acid combine with the hydroxide ions in the lime to form water.
Lime water is used during the reaction of the acid sample with marble chips to test for the presence of carbon dioxide. If carbon dioxide is produced during the reaction, it will react with the lime water to form a white precipitate of calcium carbonate, confirming the presence of carbon dioxide in the acid sample.
It is a base as it is a solution of calcium hydroxide.
If u add water to lime it will be lime water which is base thus when acid reacts with base then that will be "neutralization reaction". And formation of salt and water will take place. It will be exothermic in nature.
When an acid is added to lime water (calcium hydroxide solution), carbon dioxide gas is evolved. This reaction forms calcium carbonate, which is insoluble in water and appears as a white precipitate.
The lime water is testing for the presence of carbon dioxide gas. When hydrochloric acid reacts with calcium carbonate, carbon dioxide gas is produced. This gas is then passed through the lime water, which will turn milky/cloudy if carbon dioxide is present.
the ph of it will not neutrelise the stomach acid.