This Is From My Instructors Message For Discussion Partso For Your Co This Is From My Instructors Message For Discussion Partso For Your Co This is from my instructor’s message for Discussion part. So for your copper oxalate lab report, the discussion portion should include the actual values of Cu, oxalate, and water. Make sure you compare your values with the actual values. The actual values are: %Cu: 39.6%, %oxalate: 54.8%, %water: 5.6%. The correct ratios are: Cu/Cu = a = 1, ox/Cu = b = 1, water/Cu = c = 0.5. Once again, use these values to compare them to your own values. DO NOT use these in place of your values. Important: I obtained a high percentage of water in my data, which affected the accuracy of my calculations. I was unable to complete my data in the computer sheet, especially in the last part concerning water. Please use my data for your calculations, noting that the water percentage is higher than expected. Be sure to mention in your discussion that you observed a high water percentage. Your data is good until the last part involving water, so base your calculations on your actual data until that point.
Paper For Above instruction In the context of the copper oxalate lab, understanding the composition of the sample through percentage analysis provides insight into the purity and stoichiometry of the compound prepared. The main goal of this discussion is to interpret the experimental data, compare it with the theoretical or actual values, and analyze potential reasons for discrepancies, especially concerning the high water content observed in the data. According to the instructor's instructions, the theoretical percentages for Cu, oxalate, and water in copper oxalate monohydrate are 39.6%, 54.8%, and 5.6%, respectively. These values serve as benchmarks to gauge the experimental outcomes. The ratios of Cu to oxalate and water to Cu, which are crucial in confirming the compound's stoichiometry, are expected to be 1:1 for Cu and oxalate, and 0.5:1 for water relative to copper. Analysis of the experimental data revealed that the percentage of water was notably higher than the theoretical 5.6%. This significant observation suggests that the sample may have retained excess water, possibly due to incomplete drying during the experiment or environmental humidity affecting the sample. Such retention of water would artificially inflate the water percentage, skewing the ideal ratios and potentially leading to inaccuracies in determining the purity or empirical formula of the copper oxalate