Chemistry rate reaction

Chemistry rate reactionProject descriptionIn this assignment you will:Examine the various graphs containing real reaction data for two different reactions: (i) the decomposition of ozone(O3) and (ii) the solvolysis of chloromethane(CH3Cl).Use specific examples from the graphs to demonstrate understanding of reaction rate, rate constants, and reaction order. Understand the effects of changes in initial concentration and temperature on reaction rate.Write an essay describing the effect of changing initial conditions on reaction rates.This is a summary of the most important graphs for each of the reactions.The Effect of Temperature on Rate of Solvolysis/Decomposition,The Effect of Initial Concentration on Rate of Solvolysis/Decomposition,ln Concentration vs. Time for Changing Temperatures,ln Concentration vs. Time for Changing Initial Concentrations,1/Concentration vs. Time for Changing Temperatures,1/Concentration vs. Time for Changing Initial ConcentrationsThe source material for this exploration depicts two different reactions:the solvolysis of chloromethane, CH3Cl; andthe decomposition of ozone, O3.For each reaction, you will see six graphs showing the progress of the reaction over time. The first set of three graphs reflects the effect of changing the temperature of the reaction, and the second set of three graphs reflects the effect of changing the initial reactant concentration. Each set of graphs is based on the same set of data, with different quantities represented on the y-axis on the different graphs ([reactant], ln[reactant], or 1/[reactant]). On each graph, you will see several different starting conditions for the same reaction, either different temperatures or different reactant concentrations.Examine what happens to each reaction when the temperature is held constant but the initial reactant concentration changes. Then, compare the graphs for each reaction at several different temperatures starting with the same reactant concentration.Consider the following issues when studying the resources and writing your text. You should also use the graphs provided with this assignment to support your reasoning or explanation.How does the initial reactant concentration affect:the initial reaction rate?the overall reaction order?the rate constant?How does the temperature affect:the initial reaction rate?the overall reaction order?the rate constant?How can the instantaneous rate of reaction be determined from the graphs?How can the reaction order for a specific chemical species be determined from the graphs?How can the rate constant be determined from the graphs?Under what conditions does the rate constant remain constant?explain how the conditions of a chemical reaction affect the reaction rate. Address both the initial concentration of reactants and the reaction temperature. Use the graphs provide with the assignment to support your arguments. Address the issues raised in the guiding questions, but remember that you are writing an integrated essay, not just answering a list of questions.Your text should also include both a topic sentence and a summary sentence. A topic sentence should introduce the concepts and ideas relevant to the rest of the essay. A summary sentence should summarize the ideas and concepts discussed in the essay.http://www.molsci.ucla.edu/source_mat/kinetics/nchang/CH3Clgraphs.htmhttp://www.molsci.ucla.edu/source_mat/kinetics/nchang/O3graphs.htmhttp://www.chm.davidson.edu/vce/kinetics/index.html!

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