A catalyst would lead to the reaction being quicker.
A catalyst would increase the reaction rate of A2 plus 2B2AB without being consumed in the process. It provides an alternative reaction pathway with a lower activation energy, allowing the reactants to convert to products more efficiently. However, a catalyst does not alter the equilibrium position of the reaction or the final products formed.
C2H2 + H2O ---> CH3CHO Acetaldehyde is the final product formed when water adds to acetylene. Generally a catalyst is required for this reaction.
Cyclopentene has a double bond in it. So when it reacts with H20, the double bond will break. In its place, the cyclopentene molecule will gain a OH and an H.
To increase the rate of the reaction, you can increase the concentration of the reactants (3Fe and O2), increase the temperature to enhance the kinetic energy of the molecules, or increase the surface area of the solid reactant (Fe) by using smaller particles. Additionally, introducing a catalyst could also speed up the reaction without being consumed in the process.
450 degrees celcius at 150 atmospheres of pressure, plus an iron catalyst to speed up the reaction. These conditions are used becauase they produce the optimum amount of yield of ammonia at the cheapest rate.
A catalyst would increase the reaction rate of A2 plus 2B2AB without being consumed in the process. It provides an alternative reaction pathway with a lower activation energy, allowing the reactants to convert to products more efficiently. However, a catalyst does not alter the equilibrium position of the reaction or the final products formed.
Without phenol, the bromine would not have a stable medium for the reaction, leading to a lack of suitable environment for the reaction to occur. Phenol acts as a catalyst in this reaction by providing a stable medium for the formation of the bromine products.
Enzymes lower the activation energy of a reaction, acting as a catalyst and speed up the reaction. Plus they never get used up, only over and over again.
Chloroform and methanol can react to form methyl chloroformate and hydrogen chloride in the presence of a base catalyst. The reaction equation is: CHCl3 + CH3OH → CH3OCOCl + HCl
C2H2 + H2O ---> CH3CHO Acetaldehyde is the final product formed when water adds to acetylene. Generally a catalyst is required for this reaction.
sorta but the catalyst plus bat is great and composite for a cheap price
Cyclopentene has a double bond in it. So when it reacts with H20, the double bond will break. In its place, the cyclopentene molecule will gain a OH and an H.
To increase the rate of the reaction, you can increase the concentration of the reactants (3Fe and O2), increase the temperature to enhance the kinetic energy of the molecules, or increase the surface area of the solid reactant (Fe) by using smaller particles. Additionally, introducing a catalyst could also speed up the reaction without being consumed in the process.
The reaction of chlorobenzene with sulfuric acid and heat would likely result in electrophilic aromatic substitution, with the sulfuric acid acting as a catalyst. This reaction may lead to the formation of benzene sulfonic acid as the major product. Heating the reaction mixture helps drive the reaction forward by increasing the kinetic energy of the molecules involved.
it would be the same
450 degrees celcius at 150 atmospheres of pressure, plus an iron catalyst to speed up the reaction. These conditions are used becauase they produce the optimum amount of yield of ammonia at the cheapest rate.
I would tell, no reaction will occur the way the question has been asked.