Exothermic-Reaction-Best-Of.mp3
Exothermic-Reaction-Best-Of.mp4
Exothermic-Reaction.mp3
Exothermic-Reaction.mp4
Exothermic-Reaction-intro.mp3
[Intro]
Exothermic reaction
(Action, action, Action)
[Verse 1]
Breaking the bonds
(And beyond)
A conversion
(Into combustion)
[Bridge]
Exothermic reaction
(Action, action, Action)
[Chorus]
Energy (release!)
Combustion
Energy (release!)
Fruition
[Bridge]
Oh, please
(Release, release)
[Verse 2]
So it comes to be
(Thermal energy)
Heat you can feel
(Light up for real)
[Bridge]
Exothermic reaction
(Action, action, Action)
[Chorus]
Energy (release!)
Combustion
Energy (release!)
Fruition
[Outro]
Learn to burn
(Burn, baby, burn)
You know…?
(Disco inferno)
Exothermic reaction
(Action, action, Action)
Satisfaction
ABOUT THE SCIENCE
Combustion is a high-temperature exothermic reaction, meaning energy is released during the process. Here is a breakdown of how this conversion and release of energy works: The Chemical Process of Combustion
Combustion typically involves a fuel (e.g., wood, natural gas, gasoline) reacting rapidly with an oxidizer, usually oxygen from the air.
Breaking Chemical Bonds (Energy Input Required): Energy must first be put in to break the existing chemical bonds within the fuel molecules and the oxygen molecules.
Forming New Bonds (Energy Release): The atoms then rearrange to form new, more stable chemical compounds, typically carbon dioxide (CO2) and water (H2O).The key to combustion is that the bonds in the products are significantly stronger and more stable than the bonds in the reactants (fuel and O2).
Net Energy Release: Because less energy is needed to break the initial bonds than is released when the new, stable bonds form, there is a large net release of energy into the surroundings. This released energy manifests primarily as heat (thermal energy) and light.
From the album “Amplification“