The product or insoluble solid in chemical reaction is indicated by an arrow `uarr` pointing upwards.

The product formed in the following chemical reaction is:

The major product of the following chemical reaction is:

Product "A" in the above chemical reaction is :

Which chemical reaction contains incorrect products?

Identify all the products formed in the following reaction and indicate the major product.

Identify all the products formed in all the following reaction and indicate the major product

Read the given passage and answer the questions. The physical states of the reactants and products can be represented by using the symbols (s) for solids, (l) for liquids, (g) for gases and (aq) for aqueous solution along with their respective formulae. The word aqueous is written if the reactant or product is present as a solution in water. Precipitate can also be represented by using an arrow pointing downwards (darr) instead of using symbol (s). In the same way, the gaseous state of an evolved gas can be represented by using an arrow pointing upward direction (uarr) instead of using symbol (g). The specific condition of the reaction like temperature, pressure, catalyst etc. is written above or below the arrow in the chemical equation. Which of the following reaction is balanced?

Read the given passage and answer the questions. The physical states of the reactants and products can be represented by using the symbols (s) for solids, (l) for liquids, (g) for gases and (aq) for aqueous solution along with their respective formulae. The word aqueous is written if the reactant or product is present as a solution in water. Precipitate can also be represented by using an arrow pointing downwards (darr) instead of using symbol (s). In the same way, the gaseous state of an evolved gas can be represented by using an arrow pointing upward direction (uarr) instead of using symbol (g). The specific condition of the reaction like temperature, pressure, catalyst etc. is written above or below the arrow in the chemical equation. Which of the following reaction is balanced?