During a phase change, atoms interact differently primarily due to changes in energy and the arrangement of particles. For instance, in a solid, atoms are closely packed and vibrate in fixed positions, while in a liquid, they gain energy, allowing them to slide past one another. In gases, atoms are even more energetic and move freely, resulting in minimal interaction. These changes in energy and spatial organization lead to the distinct properties of each phase.
When they interact their properties change
yes
When two or more molecules interact and change into a new substance, a chemical reaction occurs. During this process, the bonds between atoms in the reactant molecules are broken, and new bonds are formed to create different products. This transformation typically involves the rearrangement of atoms and can result in the release or absorption of energy. The new substance formed usually has distinct physical and chemical properties compared to the original molecules.
They get rearranged to form new products.
because the atoms are arranged differently
When they interact their properties change
They either share electrons (both attract the electrons so the electrons end up orbiting both atoms) called covalent bonding, or one atom transfers 1 or more electrons to another atom called ionic bonding.
yes
It is a physical change
The atoms are of each starting substances are only rearranged.
Atoms interact to form chemical bonds by sharing, donating, or receiving electrons. This interaction occurs because atoms try to achieve a stable electron configuration, typically by filling their outermost energy level. By forming chemical bonds, atoms can achieve a more stable state and lower their overall energy.
True
They get rearranged to form new products.
A chemical change occurs when electrons form a bond between two atoms. This is because the electrons are being shared or transferred between the atoms, leading to the formation of a new compound with different chemical properties.
The ionic bond is formed during a chemical reaction.
A chemical change occurs when sodium and chlorine combine to form sodium chloride (table salt). This reaction involves the rearrangement of atoms and the formation of new chemical bonds.
Light can cause materials to change because it carries energy that can interact with the atoms and molecules in the material, leading to chemical reactions or physical changes in its structure.