Chemistry, asked by amansaraswat9416, 9 months ago

Write advantage and limitation of chemical equations

Answers

Answered by Anonymous
1

Explanation:

Chemical Reactions helps us to find new products which can be useful for future inventions in a great way. DISADVANTAGE-Chemical Reactions cost us a lot of time and money for buying various chemicals and their instruments and sometimes harmful product may be produced which may harm us and our environment.

A chemical equation has its own limitations. They do not provide information about: The physical state of reactants and products Hence, the symbols 's' for solid, 'l' for liquid, 'g' for gas and 'vap' for vapour are added. Conditions such as temperature, pressure and catalyst affecting the reaction.

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Answered by hashimma12345
0

Answer:A chemical equation is the shortest (almost always in one line) and most precise way of expressing a reaction. It gives a lot of information like:-

It tells us about the quality and quantity of reactants and products involved. Reactants on the left and products on the right

A single arrow between the reactants and products tells us that the reaction goes to completion while a double arrow shows that it is a reversible reaction

A balanced reaction gives the proportion of reactants and products; so when you don’t want to waste reactants (and this is very important if you are a factory owner not wanting to waste your profits); you can use these proportions to measure out the exact quantity of reactants. You can also know the exact amount of products you would get even before starting the process.

A reaction, written in details, also tells us about the physical state of the reactants and products

Similarly, the heat changes involved in a reaction are also written on the reaction.

I wonder if this is what you are looking for.

Following are the limitations of a chemical equation:

(i) A chemical equation does not tell us the physical state of the reactants and the products in the reaction.

(ii) It does not tell us the actual concentration or dilution of the reactants used in the reaction.

Explanation:

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