In a reversible reaction, both reactants and products are separated from each other by using ____ sign.

Open in App

Solution

In a reversible reaction process, two reactions simultaneously undergo a single medium, i.e., forward and backward reactions.
Neither the product nor reactants get completely used in a reversible reaction without any external interference.
They always maintain a state of equilibrium where the rate of forwarding reaction and backward reactions are equal.
Hence, in a reversible reaction, both reactants and products are separated from each other by using a double-faced arrow sign.

Suggest Corrections

Similar questions

Q. Two reactants A and B separately shows two chemical reactions. Both reactions are made with same initial concentration of each reactant. Reactant A follows first order kinetics, whereas reactant B follows second order kinetics. If both have same half-lives, compare their rates after the lapse of one half-life:

8. Fill in the blanks with the correct words.

(c). If more than one reactants are involved in a chemical reaction, they are separated by a ____________ (+/,) sign.

Q. How are reactants ands products separated in a chemical equation?

In a reversible reaction the reaction in which the reactants change to the products is called the backward reaction and that in which the products change back to the reactants is called the forward reaction.

Q. Which of the following relationships is correct for a reaction involving both reactants and products both in either solid or liquid state?

Join BYJU'S Learning Program