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Provides a detailed 2018 lab schedule with weekly and two-week experiments covering metering device calibration, alkalinity, carbon dioxide, field sampling, dissolved oxygen, nitrates, ortho-phosphates, fluoride in groundwater and toothpaste, and analyses of metals and organic contaminants. 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A late penalty of 10% per week applies for reports up to two weeks, after which they will NOT be accepted.  \nTABLE OF CONTENTS  \nINTRODUCTION Page  \nList of Experiments iv  \nLab Reports v  \nTypical Marking Scheme vi  \nCheating and Plagiarism vii  \nGeneral Laboratory Procedures viii  \nHow to Read an Analytical Method ix  \nLaboratory Safety xi  \nGeneral Laboratory References xii  \nIntroduction to Good Laboratory Practices xiii  \nLAB 0 – Good Laboratory Practices Exercise xxvii  \nEXPERIMENTS  \nLAB 1 – Introduction to Metering Devices 1  \nLAB 2-Alkalinity of Natural Waters 13  \nLAB 3-Carbon Dioxide in Air 19  \nLAB 4-Sample Collection and Field Analysis Trip 23  \nLAB 5-Dissolved Oxygen in Surface Waters 27  \nLAB 6-Nitrates in Drinking Water 31  \nLAB 7-Ortho-Phosphates in Wastewater 37  \nLAB 8-Fluoride Ion in Groundwater and Toothpaste 41  \nLAB 9-Metals: Cu and Fe in Marine Sediments 45  \nLAB 10-Organic Contaminants: Caffeine in Water 53  \nAPPENDICES  \nGlossary of Terms 65  \nBasic Statistics Review for Analytical Chemistry 67  \nComments on Student Lab Reports 79  \nSummary of Canadian Drinking Water Guidelines back cover  \nLIST OF EXPERIMENTS  \nOne Week Labs (Wet Chemical Techniques)  \nLab Orientation, Introduction to GLPs and GLP Exercise  \n(no marks)  \n1. Introduction to Metering Devices  \n(Data Tables/5)  \n2. Alkalinity of Natural Waters  \n(Data, Calcs and Results Tables/10)  \n3. Carbon Dioxide in Air  \n(Data, Calcs, Results, Discussion/15)  \n4. Sample Collection and Field Analysis Trip  \n(Rationale, Principles, Results/10)  \n5. Dissolved Oxygen in Surface Waters  \n(Full Report/20)  \n6. Nitrates in Drinking Waters  \n(Full Report/15)  \n7. Ortho-Phosphate Analysis in Wastewater  \n(Full Report/20)  \n8. Fluoride Ion in Groundwater and Toothpaste  \n(Full Report/15)  \nTwo Week Labs (Sample Prep and Instrumental Analysis)  \n9. Metals in Sediment  \n(Technical Report/20)  \n10. Organic Contaminants  \n(Technical Report/20)  \nFULL LAB REPORTS  ","cbCaipz3kvUtBvST","https://ap.wps.com/l/cbCaipz3kvUtBvST","pdf",766834,27,"English","# Introduction\n## List of Experiments\n## Lab Reports\n## Typical Marking Scheme\n## Cheating and Plagiarism\n## General Laboratory Procedures\n## How to Read an Analytical Method\n## Laboratory Safety\n## General Laboratory References\n## Introduction to Good Laboratory Practices\n# Lab Schedule (2018)\n## Sept. 7th - Introduction to a Chemical Analysis Laboratory\n## Sept. 14th - Introduction to Metering Devices\n## Sept. 28th - Alkalinity of Natural Waters\n## Oct. 5th - Carbon Dioxide in Air\n## Oct. 12th - Dissolved Oxygen in Surface Waters\n## Oct. 19th - Nitrites/Nitrates in Drinking Water\n## Oct. 26th - Ortho-Phosphates in Wastewater\n## Nov 2nd - Fluoride in Groundwater and Toothpaste\n## Group Rotations and Lab Start Dates\n# Experiments\n## Lab 1 - Introduction to Metering Devices\n## Lab 2 - Alkalinity of Natural Waters\n## Lab 3 - Carbon Dioxide in Air\n## Lab 4 - Sample Collection and Field Analysis Trip\n## Lab 5 - Dissolved Oxygen in Surface Waters\n## Lab 6 - Nitrates in Drinking Water\n## Lab 7 - Ortho-Phosphates in Wastewater\n## Lab 8 - Fluoride Ion in Groundwater and Toothpaste\n## Lab 9 - Metals: Cu and Fe in Marine Sediments\n## Lab 10 - Organic Contaminants: Caffeine in Water\n# Appendices\n## Glossary of Terms\n## Basic Statistics Review for Analytical Chemistry\n## Comments on Student Lab Reports\n## Summary of Canadian Drinking Water Guidelines\n# Full Lab Reports\n## Title Page and Identification\n## Principle of Method\n## Procedure\n## Data\n## Calculations and Results","[{\"question\":\"What is the expected structure of CHEM 311 full lab reports?\",\"answer\":\"Full lab reports must be formal, typed, and written in an impersonal voice. Reports should outline the chemistry and/or instrumentation principles, calibration techniques, data handling, experimental uncertainty, and the context/significance of results.\"},{\"question\":\"How should students schedule and submit technical and full lab reports?\",\"answer\":\"Technical and full reports follow the completion of each lab, with full lab and technical reports due 11 calendar days after completion. Late penalties apply: 10% per week up to two weeks, after which reports are not accepted.\"},{\"question\":\"What should be included in the Principle of Method and Procedure sections?\",\"answer\":\"The Principle of Method must explain how measured quantities relate to analyte concentration, including stoichiometry for wet chemical techniques or instrument operation for instrumental methods. The Procedure section should reference the lab manual and specify any modifications.\"}]","CHEM 311 - Environmental Chemical Analysis - 2018 Lab Schedule - Laboratory Manual | PDF",68]