You are expected to:Go through all the tabs listed on the left under the "Kinetics Activity." Complete the tabs by doing the experiments using the virtual spectrometer and completing inserted questions and calculations. These will prepare you to be able to complete the lab. Here is a link to sheet you will use for this lab:Chem_Collective_Kinetics_lab.docx (you are required to use excel or other spreadsheet program to complete this lab. )What will you hand in? Printout of your kinetic trace from virtual labCompleted Che_Collective_kinetics_Lab sheet with complete handwritten calculations and showing work, paying attention to unites for each step and significant figures. This sheet should be hand written and scanned and submitted as a combined pdf. Excel spreadsheets where necessary to prove stated reaction order in rate law. Make sure on Excel graphs to include a clear title, have x- and y- axis titles, include linear fit and correlation value (R2 value). Data from experiments should be plotted as points and linear fit would appear on graph as line.SUBMISSION INSTRUCTIONS:Save your document, using your own name, as Last name First nameScan or photograph your calculations.Combine files into one pdf. (you can use https://imagetopdf.com/ (Links to an external site.) to combine files)Submit your combined pdf as a file upload to this assignment.How will the Lab be Graded?Ignore the points on the Kinetics Activity Handout Form. I will be grading with rubric on this assignment.You are ready to begin the lab!Use this Link to ChemCollective Kinetics Lab. (Links to an external site.)This lab was developed by Mr. Michael Karabinos, Carnegie Mellon UniversityProfessor Sophia Nussbaum, University of British ColumbiaDr. Dave Yaron, Carnegie Mellon UniversityRubricSome RubricCriteriaRatingsPtsPrint out from Virtual Lab2 ptsFull MarksIncluded0 ptsNo MarksNot submitted2 ptsCalculations6 ptsFull MarksCorrectly done Complete with all steps Correct units Correct significant Figures5 ptsPartial Creditproblems with units or significant figures Calculation done correctly All steps shown4 ptsPartial CreditCalculations have some errors to them- incorrect equations or mathematics not correctly done.1 ptsPartial Creditonly equations written0 ptsNo MarksNot done6 ptsExcel graphs7 ptsFull MarksGraphed Correctly titles and axis titles included data plotted as points and linear fit displayed as a line best linear fit included and correlation coefficient (R2) is included6 ptsPartial Creditmissing 1 from full credit5 ptsPartial Creditmissing 2 from full credit3 ptsPartial Creditmissing 3 from full credit2 ptsPartial CreditGraphed incorrectly with x and y switched0 ptsNo Marksnot submitted7 ptsDescription of Approach5 ptsFull MarksComplete and well described approach with why the approach was taken.3 ptsPartial CreditIncomplete or not clear description of why approach was taken.0 ptsNo Marksnot done5 ptsRate Laws5 ptsFull MarksRate Laws found completely correct3 ptsPartial CreditOnly one rate law was completely correct0 ptsNo Marksneither rate laws were correct or not done5 ptsTotal Points: 25

As part of the electronic health record (EHR) implementation process, it is necessary to ensure that the quality of data in the current systems is of high quality. Discuss the importance of data quality, and give 3 examples of how to ensure quality data. (Examples include no duplication, no missing data, no data errors, and so on.) What can be done to keep quality data? (Examples include tracking errors, tracking problems, consistency checks, and so on.) Describe 3 characteristics of quality data that include the following: relevancy, granularity, consistency, accuracy, comprehensiveness, accessibility, timeliness, precision, and currency.