Limestone is basically Calcium Carbonate(CaCO3). The metal part(Calcium) is the reactive part in it.
It reacts with acids as well as bases.
For example, it reacts with Hydrochloric acid to form calcium chloride whereas reacts with Ammonium hydroxide to form Calcium Hydroxide.
Limestone reacts violently with acids.
The formula for limestone is CaCO3 and hydrocloric acid is HCL. Therefore they undergo a acid + metalcarbonate reaction. acid + metal carbonate -> salt +water + carbon di oxide. So when limestone reacts with HCl it prodcues salt (CaCl2) , water (H2O) and carbon di oxide (CO2(bubbles)). thus limestone reacts with HCl
If the acid is sufficiently strong, carbon dioxide gas will evolve and a calcium salt of the acid will be formed.
salt. Answer is true
You can infer that it is corrosive which means it can wear away.If a substance reacts with a metal to produce hydrogen gas, you may infer that the substance is corrosive.
When limestone reacts with acid, Carbon Dioxide is produced.
"In water it forms an acid which reacts with the limestone to produce a water-soluble substance."
Limestone
exothermic process takes place when powdered limestone reacts with acid in lakes.
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calcium carbonate
Carbon dioxide dissolved in rain water forms a weak acid which slowly weathers limestone, a carbonate which reacts with acids.
Limestone reacts violently with acids.
The formula for limestone is CaCO3 and hydrocloric acid is HCL. Therefore they undergo a acid + metalcarbonate reaction. acid + metal carbonate -> salt +water + carbon di oxide. So when limestone reacts with HCl it prodcues salt (CaCl2) , water (H2O) and carbon di oxide (CO2(bubbles)). thus limestone reacts with HCl
Carbon dioxide dissolves in water forming carbonic acid H2CO3, a weak acid that slowly erodes the limestone.
If the acid is sufficiently strong, carbon dioxide gas will evolve and a calcium salt of the acid will be formed.
Indeed it does. The reaction is between an acid (mostly Sulphuric, I believe) and also the limestone (Calcium Carbonate). This becomes chemistry when further developed: CaCO3 + H2SO4 --> CaSO4 + CO2 + H2O Calcium Carbonate + Sulphuric Acid --> Calcium Sulphate + Carbon Dioxide + Water The reaction is a neutralisation reaction between an acid and a base, here a carbonate.