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Chemical reactions transpire as atoms reconfigure and form new bonds, giving rise to novel substances. When wood undergoes combustion with a flame, an evident release of heat occurs, signifying an exothermic reaction where energy is emitted. This process is marked by the conversion of chemical energy inherent in wood to distinct forms of energy, prominently heat and light.
In the context of burning wood, the transformation of chemical energy does not contravene the law of conservation of energy. Instead, it exemplifies the law in action. The initial chemical energy stored within the wood's molecular structure is effectively converted into heat and light energy as a result of the combustion process.
This conversion aligns with the principle of energy conservation, as the total energy within the system remains constant. Thus, the process of burning wood encapsulates the dynamic interplay of energy transformations, adhering to the fundamental principles governing energy conservation.
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