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What are 5 examples of reversible change?

Examples of reversible changes are: Melting of ice. Boiling of water. Melting of wax. Stretching of a rubber band. Stretching of a spring. Inflation of a ballon. Ironing of clothes. Folding of paper.

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What are reversible and irreversible changes give two examples?

The melting of wax and the freezing of ice are examples of change. An irreversible change is a change that cannot be reversed. The burning of wood and the rusting of iron are examples of irreversible change.

Which is an example of reversible change?

A reversible change is a chemical change where no new materials are created and the original material can be recovered. Examples include freezing water to make ice or melting chocolate. Then, which change is reversible change? Processes such as melting, boiling, evaporation, freezing, condensation, dissolution are reversible changes. Few examples are melting of wax, freezing of ice, boiling water which evaporates as steam and condenses back to water.

Accordingly, what are reversible and irreversible reactions class 11?

Reversible reaction : A reaction which takes place in both forward and backward direction is called reversible reaction. Irreversible reaction: A reaction in which entire amount of reactant is changed into product and no reaction from product side occurs in called irreversible reaction. And another question, which is reversible in nature? The changes which can be reversed are called reversible changes. These are also called physical changes. Example- Melting of ice, Tearing of paper etc are physical or reversible changes.

What is reversible and irreversible changes with examples?

A change can be reversed or undone. An irreversible change is a change that cannot be undone or reversed. Some examples of change are dissolving, melting, and folding. An example of an irreversible change is the burning of a substance.

What are 4 examples of reversible reactions?

A reversible reaction. Bunsen burner heats a bowl of hydrated copper(II) sulfate. Water is driven off, leaving anhydrous copper(II) sulfate. The burner is turned off and water is added using a pipette. The bowl now contains hydrated copper(II) sulfate again. Consequently, why are reactions reversible? Because at the level of atoms and molecules every collision and change can happen in both the directions. This is called "principle of microscopic reversibility". If a bond can be broken, the same bond can be formed from the fragments; If a torsion is possible, the opposite torsion is equally possible, and so on.

By Iow Mckelvy

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