EXOENTHALPIC Meaning and
Definition
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Exoenthalpic is an adjective that refers to a thermodynamic process or reaction characterized by a release or evolution of heat or energy. It describes a system or reaction in which the net energy change is negative, resulting in a decrease in the total energy of the system. The term derives from the combination of the prefix "exo-" meaning outer or external, and "enthalpic" which relates to the enthalpy, a measure of the energy content of a system.
In exoenthalpic processes, the system experiences a transfer of energy from the system to its surroundings. This release of energy usually occurs in the form of heat, causing an increase in temperature of the surrounding environment. Exoenthalpic reactions are often spontaneous or favorable, as they tend to occur naturally without the need for external energy input.
Examples of exoenthalpic processes include various types of exothermic reactions, such as combustion and certain types of chemical reactions that release energy. Exoenthalpic processes are also common in physical changes such as condensation, where a gas loses energy and becomes a liquid, or freezing, where a liquid loses energy and becomes a solid.
Overall, exoenthalpic describes a thermodynamic phenomenon in which a system or reaction releases energy, resulting in a decrease in system's total energy content and an increase in the surrounding temperature.
Common Misspellings for EXOENTHALPIC
- wxoenthalpic
- sxoenthalpic
- dxoenthalpic
- rxoenthalpic
- 4xoenthalpic
- 3xoenthalpic
- ezoenthalpic
- ecoenthalpic
- esoenthalpic
- exienthalpic
- exkenthalpic
- exlenthalpic
- expenthalpic
- ex0enthalpic
- ex9enthalpic
- exownthalpic
- exosnthalpic
- exodnthalpic
- exornthalpic
- exo4nthalpic
