Identify the products formed when 1 mL of dil. Hydrochloric acid is added to
1g of Sodium metal?
Answers
Answer:
when dilute HCL, which is an acid added to sodium carbonate, a strong base, the, neutrilisation reaction occur by the form of action of NACl and the revolution of carbon dioxide gas by risk effervescence
Final answer: 1 mL of dil. hydrochloric acid is added to 1 g of sodium metal, corresponding sodium chloride salt solution and hydrogen gas are produced.
Given that: We are given the reaction, 1 mL of dil. hydrochloric acid is added to 1 g of sodium metal.
To find: We have to find the products formed when 1 mL of dil. hydrochloric acid is added to 1 g of sodium metal.
Explanation:
- Acids react with most of the metals found in nature, but not all of them react in the same way. Acids react with some metals to produce corresponding salt solution and hydrogen gas. This is an exothermic reaction.
- General chemical equation for the reaction:
→
The abbreviation M.A.S.H represent this general reaction.
- When a piece of metal is put in an acid, the size of the metal decreases as it gets used up in the chemical reaction. The metal displaces hydrogen from the acid, as a result hydrogen gas is liberated in the form of bubbles.
- The evolving hydrogen gas can be tested by using a burning splint because hydrogen is highly flammable, it produce a small explosion with a popping sound.
- When a reaction of sodium metal with an acid dil. HCl, sodium displaces hydrogen from the acid. It will give sodium chloride salt solution hydrogen gas as the products.
→
Hence, 1 mL of dil. hydrochloric acid is added to 1 g of sodium metal, corresponding sodium chloride salt solution and hydrogen gas are produced.
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