Changes that are irreversible typically involve permanent alterations to the fundamental structure or composition of a substance or system. Examples include chemical reactions, such as combustion or rusting, where the original materials cannot be recovered. Additionally, certain physical changes, like the destruction of a habitat or the extinction of a species, also represent irreversible changes. Once these transformations occur, restoring the original state is either impossible or highly impractical.
Physical changes are generally easy to reverse because NO ENERGY is produced by the substance.A Chemical change cannot be reversed because ENERGY is produced by the substance forming a new substance.
See "Related Questions". Phase changes are reversible by adding or subtracting heat. In many cases chemical changes are not easily reversed.
physical because it can return to its solid state by cooling. chemical changes can not be reversed so easily
dont q
Physical changes are generally easy to reverse because NO ENERGY is produced by the substance.A Chemical change cannot be reversed because ENERGY is produced by the substance forming a new substance.
it can be easily reversed because nothing new is produced. it is the same particles but just rearranged. it is just a change in size, shape or state ***IT IS REVERSIBLE*** but what physical change is not easy to reverse?
yes but not easily
Yes, the boiling of water can be easily reversed by simply cooling the water vapor.
Changes that can be reversed include minor environmental damage, some health conditions through proper treatment, and certain decisions or actions that can be undone. It's important to act promptly to reverse these changes before they become irreversible.
A physical change is a change that can be reversed easily and no new substances are made. Examples are state changes ie. solid to liquid or liquid to gas.
irreversible
Reversible changes can be described by the phrases: "no permanent alteration," "easily undone," and "physical state alteration." These changes involve modifications that can be reversed without affecting the material's chemical composition, such as melting ice or dissolving sugar in water.