Yes.
Example:
Nitrogen Triiodide NI3
This is a very unstable compound due to the loan pair on the nitrogen.
2NI3 --> N2 + 3I2
Nitrogen gas is very stable and is a thermodynamic sink causing a large amount of energy (explosive) to be released during its formation.
A reaction that releases energy is exothermic.
EXTREMELY!!!!! exothermic. As in fires and explosions exothermic.
An exothermic reaction is one that proceeds with the evolution of heat.
An exothermic reaction releases energy to its surroundings.
What is the activation level in exothermic reaction? Read more:What_is_the_activation_level_in_exothermic_reaction
No, it is not.
Burning is an exothermic reaction.
Radiant energy is exothermic energy. Fire is a chemical reaction that produces heat. This heat is released as a result of the exothermic chemical reaction.
exothermic reactions release energy, like a fire, which releases heat ( also endothermic reactions requires and takes/absorbs energy for its reaction like photosynthesis which requires sunlight)
fire, flame, conflagration, inferno, oxidation, exothermic reaction, blaze, incandescence.
Burning wood in a fire is exothermic. It gives off heat to the surroundings. In fact any reaction that gives off heat to the surroundings is exothermic.
A reaction that releases energy is exothermic.
The reaction is exothermic, meaning it releases heat. The enthalpy of the reaction is negative, indicating that it is exothermic.
Heat is released during an exothermic reaction.
This is an incomplete question. You mean to say, "Is fire an exothermic reaction?". Even when the question is phrased this way, it still doesn't make sense. Fire is a product of a reaction, meaning energy (in form of heat) is produced. If fire is being produced, then the reaction that caused the release of heat is the exothermic reaction, not the fire.
exothermic reaction .
An exothermic reaction releases energy in the form of heat. This type of reaction typically results in a rise in temperature in the surrounding environment. Examples include combustion and neutralization reactions.