one such reaction is glycerine plus KMno4
In general, exothermic reactions are faster than endothermic reactions. This is because exothermic reactions release energy, which can help drive the reaction forward more quickly.
exothermic
Exothermic reactions produce heat. Endothermic reactions take in heat from the surrounding area and get cold.
1)Energy will be released. 2)In the reaction-coordinate vs potential energy graph reactants will have more energy than that of products(which will be at the minimum energy and also highly stable.) 3)ΔH = −value(KJ/mol)
The scientific name for the reaction that gives out energy is exothermic
Combustion reactions are exothermic.
exothermic reactions are the reactions which give out heat and endothermic reactions are the reaction which absorb heat.so combustion is an exothermic reaction.
Endothermic and exothermic reactions are similar in that both have reactants and products. They are different in that exothermic reactions release energy through reacting and endothermic reactions absorb it.
In general, exothermic reactions are faster than endothermic reactions. This is because exothermic reactions release energy, which can help drive the reaction forward more quickly.
exothermic
Exothermic reactions produce heat. Endothermic reactions take in heat from the surrounding area and get cold.
An exothermic reaction releases heat
Such reactions are called Exothermic reactions.
Exothermic reactions can be both decomposition reactions (breaking down a compound into simpler substances) and synthesis reactions (forming a compound from simpler substances). The key factor that determines whether a reaction is exothermic is whether it releases heat to its surroundings.
Graphical extrapolation can be important for highly exothermic reactions as it helps in predicting the behavior of the reaction under varying conditions. By analyzing temperature and concentration changes graphically, researchers can identify trends and potential hazards. This is crucial for safety assessments and optimizing reaction conditions to prevent runaway reactions. Additionally, it aids in understanding reaction kinetics and thermal stability.
Hydrogen and oxygen; hydrogen and fluorine; sodium and fluorine; and benzene and oxygen.
1)Energy will be released. 2)In the reaction-coordinate vs potential energy graph reactants will have more energy than that of products(which will be at the minimum energy and also highly stable.) 3)ΔH = −value(KJ/mol)