You may have wondered what happens when you snap a glow stick to activate it; by doing this, you're actually kicking off a chemical process that eventually leads to the production of the coloured light. Glow sticks actually contain two separate compartments, with two different chemical solutions. On a final note, glow stick reactions, like many chemical processes, can be influenced by temperature. Warmer temperatures will accelerate the rate of reaction, whilst cooler temperatures will decrease it. Want to make your glow sticks last longer? Stick them in the freezer!
The end result in a chemical change is an atom
Chemical change.
During a chemical change, matter is rearranged to produce new forms of matter. This is a result of either the sharing or transfer of electrons between different atoms. Observable evidence of a chemical change can be, but is not limited to, the formation of bubbles, a change in color or temperature, and the presence of a smell.
Chemical change
The new and different substances formed as a result of a chemical change (reaction) are the products of the reaction.
You must video tape it and make sure the final result is either a physical change or a chemical change.
The end result in a chemical change is an atom
It is a chemical change.
Chemical change.
A chemical reaction (change) results in a change in chemical properties.
its a chemical change
Chemical change
During a chemical change, matter is rearranged to produce new forms of matter. This is a result of either the sharing or transfer of electrons between different atoms. Observable evidence of a chemical change can be, but is not limited to, the formation of bubbles, a change in color or temperature, and the presence of a smell.
Chemical change occurs
It is a PHYSICAL change.
Anatomical Evidence
Nope. (Well, the chemical reaction of the high explosives in an A- or H-bomb warhead result in high pressure that then results in a nuclear change (BOOM), but that's a side-effect, not a direct result of the chemical change.)