Description For K-323 here are the 2 parts needed. Notice that you do not need to submit purpose, p ...

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Description For K-323 here are the 2 parts needed. Notice that you do not need to submit purpose, procedures or data and observations or conclusions! 1. Title page (just your name and the expt number - will help me identify what I am looking at when I download the submissions and view them). 2. Answers to analysis Q - with the following modifications. You can write answers to Q by hand or in MS-Word or some combination of those. Please rewrite the Q before answering. For Q 1 and Q 2 show all working so I can see what data numbers you are using. For Q3 a) and Q 3b): For each temperature calculate 1/T and ln(rate). Show these calculated values in a table. Create a plot of ln(rate) vs 1/T. This should be an x-y scatter plot with ln(rate) on the y-axis and 1/T on the x-axis. Remember to have a title, and axis labels on the graph. Use landscape format for any kind of printing that you do with this graph. Add a best fit straight line and make sure the equation of the line is shown on the graph. You can make this graph in MS-Excel, or Logger pro or other graphing software you may have. Remember you can download Logger pro from Canvas - you will find it in the modules section under Expt S-201 with instructions on how to install it. For Q3c) Use the slope of the line from the graph to calculate the activation energy in kilojoules per mol (kJ/mol). Data 1 room temperature T i = 21.0 c Ti = 2:30 min to sec? Tf = 2:40 min to sec? Mean? 2) in high temperature Ti = 40.0 c Tf =28.0 c ti =2:10 min to sec? Tf= 2:16 min to sec¿ Mean? 3) In low temperature Ti= 5.30 c Tf= 10.6 c Ti= 3:40 min to sec? Tf= 3:51 min to sec? Mean?