Your answer is asked on a too broad spectrum.
A brief explanation:
A chemical reaction is a reaction where certain molecules are reformed to other molecules.
To split Water (H2O) into H2 and O2, it needs to be heated to 1800 C, requiring approximately 7524 Kj.
However; Sodium (Na) is an alkaline metal, which produces a chemical reaction when it merely touches air or water.
PS: Water is more often split with electrolyse (with electricity) than with thermolyse
The general sort of energy required is the activation energy. Which can be all kinds of energy.
The term for the amount of energy needed for a chemical reaction to start is called activation energy. It is the energy required to initiate a reaction by overcoming the energy barrier between reactants and products.
This is true. Energy is required to begin all reactions.
The energy released during a chemical reaction is stored in the chemical bonds of the reactant molecules before the reaction occurs. During the reaction, these bonds are broken, and new bonds are formed, releasing the stored energy in the process.
The activation energy, once put in force, will be affected by the density, static, and kinectic energy of an object, but will still have a direct impact on the energy of reaction that is yielded from the initial force.
The spark of energy is needed to initiate the combustion process by breaking the bonds within the fossil fuel molecules, creating reactive intermediates that can undergo further reactions with oxygen to produce heat and light energy. This initial energy input is required to overcome the activation energy barrier and start the combustion reaction.
This is the activation energy.
Any catalyst will make a chemical reaction easier or quicker to happen by lowering the activation energy. On a energy diagram, you will see a lower "hill" for activation energy, which corresponds to less energy required to begin the reaction.
The term for the amount of energy needed for a chemical reaction to start is called activation energy. It is the energy required to initiate a reaction by overcoming the energy barrier between reactants and products.
Activation energy is the least amount of energy needed to start a chemical reaction. It is used to activate atoms or molecules in order for them to begin a chemical reaction.
A chemical reaction begin only if the activation energy has a specific value.
Catalysts decrease activation energy.
This is true. Energy is required to begin all reactions.
The energy of activation is the minimum amount of energy required to start a chemical reaction. It acts as a barrier that reactants must overcome to transform into products. This energy is necessary to break existing bonds and initiate the formation of new ones during a reaction.
Catalysts greatly reduce the amount of activation energy needed to begin a reaction.
The energy released during a chemical reaction is stored in the chemical bonds of the reactant molecules before the reaction occurs. During the reaction, these bonds are broken, and new bonds are formed, releasing the stored energy in the process.
The activation energy, once put in force, will be affected by the density, static, and kinectic energy of an object, but will still have a direct impact on the energy of reaction that is yielded from the initial force.
The spark of energy is needed to initiate the combustion process by breaking the bonds within the fossil fuel molecules, creating reactive intermediates that can undergo further reactions with oxygen to produce heat and light energy. This initial energy input is required to overcome the activation energy barrier and start the combustion reaction.