A potato that has melted cannot look like what it was again.
Cutting down a tree. shredding of paper as well as same of the irreversible change
Yes. Physical change is when you change the appearance but not the actual object. Crushing an aluminum can is a physical change because you have only changed its shape, but not its chemical composition.
A physical change in matter occurs when the shape or form of matter changes, but there is no chemical reaction. If someone were to melt a sugar cube, that would be an example of a physical change.
Tearing paper is a physical change that is reversible. It can be reversed by taping or glueing the torn pieces back together. The paper retains its chemical composition after tearing, making it possible to revert back to its original state.
Yes, splitting a diamond is considered an irreversible change because it alters the physical structure of the diamond, making it difficult to reconstruct it to its original state without significant loss of material and value.
Cutting down a tree. shredding of paper as well as same of the irreversible change
irreversible change is called a physical change.
Chemical science, because yeast is irreversible. Chemical Change: Irreversible Physical Change: Reversible
a physical change is reversible but a chemical change is irreversible
Yes, because it can be reversed by condensation. Physical change = Reversible Chemical change = Irreversible
No. It's a chemical change because the process is irreversible, there is a change in colour and a change in odour.
Cutting your hair is a reversible physical change because it can grow back over time. The structure of the hair is not permanently altered by cutting it.
It is as irreversible change, so it is chemical.
Yes.
physical and irreversible
Yes. Physical change is when you change the appearance but not the actual object. Crushing an aluminum can is a physical change because you have only changed its shape, but not its chemical composition.
It is a chemical change because it is irreversible and the change happens on a molecular level.