A gas producing double replacement reaction is a special type of double replacement in which a gas is produced. The gas producing double replacement reaction that is typically encountered in the health sciences field and, therefore the only gas producing reaction with which I would like you to be familiar, is the reaction of aqueous hydrogen monochloride (HCl, also know as hydrochloric acid) and aqueous sodium bicarbonate (NaHCO3). In order for you to review this gas producing reaction, complete the chemical equation below by adding the three products of this reaction: HCl(aq) + NaHCO3(aq) - →>>> ? ? + ? +

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Can you help me to write the gas producing reaction, complete the balanced chemical equation below by adding the three products of this reaction?

**Gas Producing Double Replacement Reaction**

A *gas producing double replacement reaction* is a special type of double replacement in which a gas is produced. The gas-producing double replacement reaction that is typically encountered in the health sciences field and, therefore the only gas-producing reaction with which I would like you to be familiar, is the reaction of aqueous hydrogen monochloride (*HCl*, also known as hydrochloric acid) and aqueous sodium bicarbonate (*NaHCO₃*).

To review this gas-producing reaction, complete the chemical equation below by adding the three products of this reaction:

\[ \textbf{HCl (aq) + NaHCO₃ (aq) → \, \square \, + \, \square \, + \, \square} \]
Transcribed Image Text:**Gas Producing Double Replacement Reaction** A *gas producing double replacement reaction* is a special type of double replacement in which a gas is produced. The gas-producing double replacement reaction that is typically encountered in the health sciences field and, therefore the only gas-producing reaction with which I would like you to be familiar, is the reaction of aqueous hydrogen monochloride (*HCl*, also known as hydrochloric acid) and aqueous sodium bicarbonate (*NaHCO₃*). To review this gas-producing reaction, complete the chemical equation below by adding the three products of this reaction: \[ \textbf{HCl (aq) + NaHCO₃ (aq) → \, \square \, + \, \square \, + \, \square} \]
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Neutrilization reaction = When an acid and a base react together they form water and salt as a product 

In case of carbonate base they form CO2 gas along with salt and water 

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