Question

Define reactants and products?

Answer 1

Hint: We know that the substances which are taking part in a reaction are known as the reactant and the new substance produced by the reaction are known as the products. While writing a chemical reaction reactants are recorded on the left side, whereas products are written on the right side.

Complete step by step solution:
Now we discuss about the concept of products as,
We have to know that the products are the species framed from synthetic reactions. During a substance reaction reactants are changed into products subsequent to going through a high energy progress state. This cycle brings about the utilization of the reactants. It tends to be an unconstrained reaction or intervened by a catalyst which brings down the energy of the change state, and by solvents which give the substance climate important to the reaction to occur. At the point when spoken to in substance conditions products are by show drawn on the right-hand side, even on account of reversible reactions.
Let see the concept of reactants as,
We have to remember that the reactants are the beginning materials in a synthetic response. Reactants go through a synthetic change where substance bonds are broken and new ones framed to make products. A general response might be given by the condition:
$$A+B\to C$$
In this model, A and B are the reactants and C is the product.

Note: Now we can see the uses of carnallite in various fields as,
As we know that the properties of products, for example, their energies help decide a few qualities of a compound reaction, for example, regardless of whether the reaction is exergonic or endergonic. Moreover the properties of an item can make it simpler to remove and decontaminate following a substance reaction, particularly if the item has an alternate condition of issue than the reactants. Reactants are atomic materials used to make synthetic reactions. The molecules aren't made or obliterated. The materials are responsive and reactants are revamping during a synthetic reaction.