one name for a catalyst is... to be onis i have no idea myself xxx
You think probable to a catalyst based on montmorillonite.
When reactants are binding to the surface of the catalyst, it is important that the catalyst is strong enough to allow a reaction to take place, however having a strong catalyst could mean that the products could permenantly bind to the catalyst, which is a problem. So if the catalyst is too strong, the catalyst isnt very sucessful, and if it is too weak, it also isn't sucesful.
This substance is called a catalyst.
A catalyst lowers the activation energy of a reaction, which can be observed in the energy diagram as a reduced peak height for the transition state compared to the energy diagram of the same reaction without a catalyst. Additionally, the presence of a catalyst typically allows the reaction to proceed via an alternative pathway, which may be indicated by a different shape of the energy profile. If the energy diagram shows a significantly lower energy barrier while maintaining the same reactants and products, this suggests that a catalyst has been used.
i think because of the shape.
I am unsure, but I think the catalyst is AgCl.
A catalyst is something that causes an important event to happen.
a catalyst speeds up the rate of reaction
one name for a catalyst is... to be onis i have no idea myself xxx
I think Catalyst
An important example is platinum.
Leaves are a fuel source for fire, not a catalyst. A catalyst is a substance that speeds up a chemical reaction but is not consumed in the process. Leaves are flammable material that can ignite and burn easily under the right conditions.
You think probable to a catalyst based on montmorillonite.
theres a depression in europe?
I think what you are looking for is a catalyst. A catalyst lowers the energy or activation for a reaction, allowing it to happen faster. During the reaction nothing actually happens to or changes the catalyst.
When reactants are binding to the surface of the catalyst, it is important that the catalyst is strong enough to allow a reaction to take place, however having a strong catalyst could mean that the products could permenantly bind to the catalyst, which is a problem. So if the catalyst is too strong, the catalyst isnt very sucessful, and if it is too weak, it also isn't sucesful.