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The atoms rearrange and the new bonds form to make the new substances.
chemical bonds
if you put an ionic compound in a polar substance it will raise the boiling point because the resulting ion dipole bonds will be stronger than the previously existing dipole dipole bonds
The melting point will be reduced because an impure substance is not held together as strongly as a pure substance therefore it takes less energy to break the bonds or attractive forces holding the impure substance together.
Its because of the bonds between molecules or atoms breakng or forming. For instance when a solid is formed bonds are made between the molecules of the substance creating a rigid structure, if these bonds were broken then the substance would be able to flow like a liquid.
charlie tahan
The atoms rearrange and the new bonds form to make the new substances.
First chemicals bonds in the starting substances must break. Molecules are always moving. If the molecules bump into each other with enough energy,the chemical bonds in the molecules break. ;)
The chemical bonds in the original substances are broken down, and new chemical bonds are formed with the other substance.
Nothing, it just bonds with another atom, radical.
The atoms involved in a chemical reaction have their bonds broken, new bonds formed, or existing bonds rearranged depending on the reaction type.
The chemical bonds in the substance are strong ones.
Covalent bonds are the easiest to break, since they are the easiest to make. But no substance is made when bonds break.
These atoms form new substances where atoms are associated by chemical bonds.
Organic--Definition: In Chemistry, a substance or molecule containing carbon-carbon bonds...
When a chemical reaction occurs Bonds are broken and new bonds are formed, resulting in a new substance.atoms of a molecule in the original substance are rearranged to make a new substance
Well, First the starting bonds must break molecules are always moving if the molecules bump into each other with enough energy, the chemical bonds in the molecules must break.