Determination of a Rate Equation Essay -- GCSE Chemistry Coursework In

function of a run Equation lay out equality has the form treasure = k AxBy which shows how the rateof a chemical reaction estimates on the intentness of the reactants(A&B) and the rate constant k. The rate equation norm altogethery indicateswhat species are involved in the rate-determining step and how manyspecies are involved.A rate equation is used to describe how the ingress of a harvest-festivalincreases or the meanness of the reactants decreases with time,the equation also indicates how the concentration of one or morereactants right off affects the rate. Occasionally it can even be theconcentration of a product that affects the rate. In general the rateequation for the reaction A + B C + DIs found by experiment to follow frank kinetics with the rateequation being written asRate = k AxByk = rate constant, x = order with respect to A, y = order withrespect with B.There are three orders of reactions, zero order, number one order andsecond order.Zero order = the rate does not depend upon the concentration of thereactant. The rate of reaction is fixed. Doubling or tripling theconcentration of the reactant makes no difference to the rate. ThusRate of reaction = k or rate of reaction = kA0.First order = the rate of reaction depends promptly upon theconcentration of the reactant. If the concentration of the reactant isdoubled, the rate doubles, thusRate of reaction = kA or rate of reaction = kA1Second order = the rate of reaction depends immediately upon the squareof the concentration of the reactants. If its concentration isdoubled, its rate of reaction quadruples. ThusRate of reaction = kA2 The graph below shows zero, first and second order reactions and howchanges in the co... ...ean that the concentration would be altered so this wouldnt work.Also when doing the experiment the temperature was not always constantin the surroundings and in the solution. This could take a crap affected therate of reaction by some reactions happening quick and some slowerthan the others. To improve this i could make sure all the solutionswere at the same temperature before starting the reaction. This wouldthen ensure that the analyse was being conducted fairly and that way icould get more true results.To improve the experiment and minimise errors I can try and trick up abetter method that would ensure that all of the above errors werereduced.When bar out my solutions I was taking readings from below themeniscus, this reduced the numbers of errors in my results.REFERENCES Cambridge chemistry 2 text book Letts revision guide. Class notes.