Experiments

0.0 – An Introduction

0.1 – An Introduction

0.1 – Calorimetry

1.1 – Intro to Calorimetry Summary Teacher’s Notes
1.2 – A Hess’ Law Investigation Summary Teacher’s Notes
1.3 – Enthalpy of Hydration & Solution Summary Teacher’s Notes
1.4 – Hot Packs, Cold Packs, & Heats of Solution Summary Teacher’s Notes
1.5 – Enthalpy & Entropy of Zinc w/ Copper Sulfate Summary Teacher’s Notes

0.2 – Colorimetry

2.1 – Quantitative Analysis w/ Light Summary Teacher’s Notes
2.2 – Crystal Violet: Beer’s Law Investigation Summary Teacher’s Notes
2.3 – The Formation Constant for a Complex Ion Summary Teacher’s Notes
2.4 – Spectrophotometric Determination of an Equilibrium Constant Summary Teacher’s Notes

0.3 – Complex Ion

3.1 – Determining the Coordination Number of Ni2+ and Cu2+ by Enthalpy Summary Teacher’s Notes
3.2 – Do Ni2+ & Cu 2+ Form BIS- or TRIS- Complexes Summary Teacher’s Notes

0.4 – Electrochemistry

4.1 – Electrochemistry and the Nernst Equation Summary Teacher’s Notes

0.5 – Freezing Point

5.1 – Freezing Point of Glacial Acetic Acid Summary Teacher’s Notes
5.2 – Freezing Point of Phenyl Salicylate Summary Teacher’s Notes

0.6 – Gases

6.1 – Boyle’s Law Summary Teacher’s Notes
6.2 – Charles’ Law Summary Teacher’s Notes
6.3 – Boyle’s & Charles Summary Teacher’s Notes
6.4 – Dalton’s Law Part Press Summary Teacher’s Notes
6.5 – Gay-Lussac’s Law Summary Teacher’s Notes

0.7 – Independent Projects

7.1 – Independent Inquiry Experiments Summary

0.8 – Kinetics

8.1 – Reaction of Crystal Violet w/ NaOH Summary Teacher’s Notes
8.2 – Reaction of Crystal Violet w/ NaOH A Kinetic Study w/ Ea Calculation Summary Teacher’s Notes
8.3 – Kinetic Studies of the Ferroin Complex Summary Teacher’s Notes
8.4 – The Formaldehyde Clock Reaction Summary Teacher’s Notes
8.5 – Catalyzed Decomposition of Hydrogen Peroxide Summary Teacher’s Notes

0.9 – Radioactivity

9.1 – Nuclear Radiation Cs-137 Summary Teacher’s Notes
9.2 – Nuclear Radiation Th-232 Summary Teacher’s Notes

10 – Spectroscopy

10.1 – Quantitative Analysis w/ Light Summary Teacher’s Notes

11 – Titrations

11.1 – Acid-Base Titration Curves Summary Teacher’s Notes
11.2 – Analysis of Soda Ash Summary Teacher’s Notes
11.3 – Analysis of Solid Mixture Summary Teacher’s Notes
11.4 – Characterization of Weak Acids Summary Teacher’s Notes
11.5 – Introduction to indicators & Acid-Base Titration Summary Teacher’s Notes
11.6 – Introduction to Acids, Bases and Titration Summary Teacher’s Notes
11.7 – Ka1 of Phosphoric Acid by Titration Summary Teacher’s Notes
11.8 – Determining Ka2 of Sulfuric Acid by Titration Summary Teacher’s Notes
11.9 – Titration of a Cola Product Summary Teacher’s Notes
11.10 – Titration of an acid Mixture Summary Teacher’s Notes
11.11 – Titration Curves & the Dissociation Constant of Acetic Acid Summary Teacher’s Notes

12 – Math Modeling

12.1 – Math Modeling – MicroLAB Summary
12.2 – Math Modeling – Excel Summary
12.3 – The Scientific Method Investigations Summary

13 – Qualitative Analysis on the Computer

13.1 – Computerized Qualitative Analysis Summary Teacher’s Notes

14 – Useful Tools

14.1 – Creating & Drawing Information from EXCEL Graphs Summary
14.2 – Making Oral Presentations Summary
14.3 – Organizing the Research & its Report Summary
14.4 – Programming the MicroLAB Interface Summary
14.5 – Useful Titration Operations Summary
14.6 – Sample Volume / Drop Counter Calibrations & Experiment Programs for MicroLAB Experiments Summary