True
Note if u are in A+
Yes, chemical reactions involve the rearrangement of atoms to form new molecules and compounds with different properties. Bonds between atoms may break and new bonds may form, resulting in the creation of different chemical substances.
It uses the chemical reaction from silicooxyxosis and creates tiny sparks, causing the molecules to slow down freezing water
Water boiling is a physical change and not a chemical reaction. In a physical reaction there is no new substance formed as is the case with chemical reactions. In boiling water there is no new substance produced.
yes it creates carbon dioxide
Any chemical reaction creates a new substance.
When bricks are fired it creates a chemical reaction that hardens the molecules and strengthens the brick.
Yes, chemical reactions involve the rearrangement of atoms to form new molecules and compounds with different properties. Bonds between atoms may break and new bonds may form, resulting in the creation of different chemical substances.
reactants and products and bond energy creates a chemical reaction
It uses the chemical reaction from silicooxyxosis and creates tiny sparks, causing the molecules to slow down freezing water
Proton and Neutron do not take part in chemical reaction. Only electron takes part in the reaction.
The chemical reaction that creates the tinting effect in a beauty salon is oxidation. Hair dye products contain an oxidizing agent (such as hydrogen peroxide) that reacts with the dye molecules to create a permanent coloring of the hair shaft.
Yes, a match contains chemical energy. When the match is struck, a chemical reaction occurs between the compounds in the match head and the oxygen in the air, releasing energy in the form of heat and light.
Water boiling is a physical change and not a chemical reaction. In a physical reaction there is no new substance formed as is the case with chemical reactions. In boiling water there is no new substance produced.
It changes the sugar's color
yes it creates carbon dioxide
Oxidation of burning wood results in a chemical reaction where the wood combines with oxygen from the air to produce heat, light, and new chemical compounds like carbon dioxide and water vapor. This change in identity is due to the breakdown of the wood's complex organic molecules into simpler substances during the combustion process.
Hydrogen bonding between polar molecules creates the weakest bonds.