Methanol with the formel CH3OH
Lime stone = Correct answer
and in fact any carbonate - so Lithium, potassium and Magnesium carbonates will react with acids to form carbon dioxide
Acids react with carbonates or hydrogencarbonates to liberate carbon dioxide gas. Eg: Acid like hydrochloric acid (HCl) reacts with sodim hydrogencarbonate (NaHCO3) to produce sodium chloride(NaCl), water(H2O) and carbon dioxide(CO2).
Acids React With Carbonates & Bicarbonates to give out Carbon dioxide
any alkaline including soap, indergestion tablets or even a mint
Salts, for example calcium carbonate.
hydroxide
alkaine
Carbon dioxide Example: All metal carbonates and hydrogencarbonates react with acids to give a corresponding salt, carbon dioxide and water.
its the fact that
Carbonate is CO3(2-) and will react with acids to give off carbon dioxide (CO2), leaving the acid salt of the original carbonate salt.
To prepare and examine carbon dioxide:
An "Acid's" reaction with water is what makes it an acid, before this, it was a normal compound. For example, Carbon Dioxide dissolved in water becomes Carbonic acid. This is because Acids are proton donors, and give their H+ ions to water, creating H3O+ molecules.
Carbon form carbon dioxide by oxydation.
H2CO3 is formed first, which is unstable and decomposes to give CO2 and water.
Carbon dioxide Example: All metal carbonates and hydrogencarbonates react with acids to give a corresponding salt, carbon dioxide and water.
Carbon dioxide Example: All metal carbonates and hydrogencarbonates react with acids to give a corresponding salt, carbon dioxide and water.
Carbon Dioxide CO2
we take in oxygen and then it reacts with the food and water in the form of glucose and forms carbon dioxide then we give it out with the release of energy.
its the fact that
Carbonate is CO3(2-) and will react with acids to give off carbon dioxide (CO2), leaving the acid salt of the original carbonate salt.
Yes. Even Bicarbonates also give out Carbon dioxide.
Carbonate is CO3(2-) and will react with acids to give off carbon dioxide (CO2), leaving the acid salt of the original carbonate salt.
Calcium. It reacts with water to form a solution of calcium hydroxide which can then react with carbon dioxide to form calcium carbonate, a white precipitate. You will get similar results with strontium and barium.
Respiration.