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microLAB Experiments


View the downloadable experiments below

microLAB Experiments

View the downloadable experiments below

- Enthalpy & Entropy:

1.5. Enthalpy & Entropy.INST.RES.
1.5.Enthalpy&Entropy.Overview
1.5.Enthalpy&Entropy.Student Experiment

- Enthalpy of Hydration:

1.3.Enthalpy _ Hydration Solution Student Experiment
1.3.Enthalpy _ Hydration Solution Overview
1.3.Enthalpy _ Hydration Solution Instructor Res.

- Hess’s Law:

1.2.Hess's.Law.INST.RES.
1.2.Hess's.Law.Overview
1.2.Hess's.Law.Student Experiment

- Hot Packs & Cold Packs:

1.4.HotPacks.ColdPacks.Student Experiment
1.4.HotPacks.ColdPacks.Student Experiment
1.4.HotPacks.ColdPacks.Overview
1.4.HotPacks.ColdPacks.Overview
1.4.HotPacks.ColdPacks.INST.RES.
1.4.HotPacks.ColdPacks.INST.RES.

- Intro to Calorimentry:

1.1.Intro.Calorimetry.Overview
1.1.Intro.Calorimetry.Overview
1.1.Intro.Calorimetry.Student Experiment
1.1.Intro.Calorimetry.Student Experiment
1.1.Intro.Calorimetry.INST.RES.
1.1.Intro.Calorimetry.INST.RES.

- COLORIMETRY QUANTITATIVE ANALYSIS WITH LIGHT:

2.1.Colormtry,Quant.Anal.Dye.Overview
2.1.Colormtry,Quant.Anal.Dye.Overview
2.1.Colormtry,Quant.Anal.w.Light.Food.Dye.Student.Experiment
2.1.Colormtry,Quant.Anal.w.Light.
Food.Dye.Student.Experiment
2.1.Colormtry,Quant.Anal.w.Light.Food.Dye.INST.RES.
2.1.Colormtry,Quant.Anal.w.Light.
Food.Dye.INST.RES.

- Crystal Violet Colorimetry-beer's Law:

2.2.Crystal Violet Colorimetry-Beer_s Law.Student Experiment
2.2.Crystal Violet Colorimetry-Beer_s Law. Instructor RES.
2.2.Crystal Violet Colorimetry-Beer_s Law.Overview

- Formation Constant for a Complex Ion:

2.3.Formation Constant for a Complex Ion.Instructor RES.
2.3.Formation Constant for a Complex Ion..Student.Experiment
2.3.Formation Constant for a Complex Ion..Overview

- Spectrophotometric Determination of an Equilibrium Constant:

2.4.Spectrophotometric Determination of an Equilibrium Constant.Instructor RES.
2.4.Spectrophotometric Determination of an Equilibrium Constant. Student Experiment
2.4.Spectrophotometric Determination of an Equilibrium Constant.Overview

- Determining the Coordination Ni2+ and Cu2+ by Enthalpy:

3.1.DETERMININT THE COORDINATION # OF Ni2+and Cu2+ by ENTHALPY.instructor res.
3.1.DETERMININT THE COORDINATION # OF Ni2+and Cu2+ by ENTHALPY.Overview
3.1.DETERMININT THE COORDINATION # OF Ni2+and Cu2+ by ENTHALPY.student experiment

- Do Ni2+and Cu2+ Form Bis- or Tris- Complexes:

3.2.Do Ni2+ and Cu2+ Form BIS- or TRIS- COMPLEXES.student experiment
3.2.Do Ni2+and Cu2+ Form BIS- or TRIS- COMPLEXES.Overview
3.2.Do Ni2+and Cu2+ Form BIS- or TRIS- COMPLEXES.instructor res.

- Electrochemistry & Nernst Equation:

4.1.Electrochemistry _ Nernst Equation.instructor res.
4.1.Electrochemistry _ Nernst Equation.Overview
4.1.Electrochemistry _ Nernst Equation.student experiment

- Freezing Point of Glacial Acetic Acid:

5.1.FREEZING POINT of GLACIAL ACETIC ACID.Overview
5.1.FREEZING POINT of GLACIAL ACETIC ACID.student experiment
5.1.FREEZING POINT of GLACIAL ACETIC ACID.instructor res.

- Freezing Point of Phenyl Salicylate:

5.2.FREEZING POINT of PHENYL SALICYLATE.student experiment
5.2.FREEZING POINT of PHENYL SALICYLATE.Overview
5.2.FREEZING POINT of PHENYL SALICYLATE.instructor res.

- Boyle's & Charles' Law:

6.3.BOYLE’S_CHARLES’LAW..student experiment

- Boyle's Law:

6.1.BOYLE_S LAW.instructor res.

- Charles' Law:

6.2.CHARLES_ LAW.student experiment

- Dalton's Law of Partial Pressures:

6.4.DALTON’S LAW of PARTIAL PRESSURES.student experiment
6.4.DALTON’S LAW of PARTIAL PRESSURES.instructor res.
6.4.DALTON’S LAW of PARTIAL PRESSURES.student experiment
6.4.DALTON’S LAW of PARTIAL PRESSURES.instructor res.

- Gay-lussac's Law:

6.5.GAY-LUSSAC’S LAW.student experiment
6.5.GAY-LUSSAC’S LAW.instructor res.

- Independent Inquiry Experiments:

7.1.INDEPENDENT INQUIRY EXPERIMENTS. introduction
7.1.CONVERTING ”CONFIRM THE LAW” EXPRMNTS TO “INQUIRY” EXPRMNTS
7.1.CONVERTING ”CONFIRM THE LAW” EXPRMNTS TO “INQUIRY” EXPRMNTS

- Converting Experiments and Intro to Independent Inquiry Experiments:

7.2.INDEPENDENT INQUIRY EXPERIMENTS.overview
7.2.INDEPENDENT INQUIRY EXPERIMENTS.#1-14

- Kinetics of Catalyzed Decomposition of Hydrogen Peroxide:

8.5.KINETICS of CATALYZED DECOMPOSITION OF HYDROGEN PEROXIDE.student experiment
8.5.KINETICS of CATALYZED DECOMPOSITION OF HYDROGEN PEROXIDE.instructor res.
8.5.KINETICS of CATALYZED DECOMPOSITION OF HYDROGEN PEROXIDE.overview

- Kinetics Studies of the Ferroin Complex:

8.3.STUDIES OF THE FERROIN COMPLEX.overview
8.3.STUDIES OF THE FERROIN COMPLEX.student experiment
8.3.STUDIES OF THE FERROIN COMPLEX.instructor res.

- Reaction of Crystal Violet with NaOH:

8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.instructor res.
8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.overview
8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.student experiment
8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.overview

- A Kinetics Study, with Activation Energy Calculation:

8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.instructor res.
8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.overview
8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.student experiment

- The Formaldehyde Clock Reaction:

8.4.FORMALDEHYDE CLOCK REACTION.student experiment
8.4.FORMALDEHYDE CLOCK REACTION.overview
8.4.FORMALDEHYDE CLOCK REACTION.instructor res.

- Spectroscopy Quantitative Analysis with Light:

9.1 SPECTROSCOPY Quantitative Analysis with Light. Student experiment
9.1 SPECTROSCOPY Quantitative Analysis with Light.Instructor Res
9.1 SPECTROSCOPY Quantitative Analysis with Light. Overview

- Acid-base Titration Curves:

10.1. Acid-Base Titration Curves. Instructor Res.
10.1. Acid-Base Titration Curves.Overview
10.1. Acid-Base Titration Curves. Student experiment

- Analysis of a Solid Mixture:

10.3. Analysis of a Solid Mixture. Overview
10.3. Analysis of a Solid Mixture.Student Experiment
10.3. Analysis of a Solid Mixture.Instructor Res.

- Analysis of Soda Ash:

10.2. Analysis of Soda Ash. Student Experiment
10.2. Analysis of Soda Ash. Overview
10.2. Analysis of Soda Ash. Instructor Res.

- Characterization of Weak Acids:

10.4. Characterization of Weak Acids. Overview
10.4. Characterization of Weak Acids. Instructor Res.

- Determining Ka2 of Sulfuric Acid by Titration:

10.8. DETERMINING Ka2 OF SULFURIC ACID BY TITRATION. Student Experiment
10.8. DETERMINING Ka2 OF SULFURIC ACID BY TITRATION. Overview
10.8. DETERMINING Ka2 OF SULFURIC ACID BY TITRATION. Instructor Res.

- Introduction to Acids, Bases & Tittrations:

10.6. INTRODUCTION TO ACIDS, BASES _ TITRATIONS.Instructor Res.
10.6. INTRODUCTION TO ACIDS, BASES _ TITRATIONS. Student Experiment
10.6. INTRODUCTION TO ACIDS, BASES _ TITRATIONS. Overview

- Introduction to Indicators & Acid-base Titrations:

10.5. Introduction to Indicators and Acid-Based Titrations. Overview
10.5. Introduction to Indicators and Acid-Based Titrations. Instructor Res.
10.5. Introduction to Indicators and Acid-Based Titrations. Student Experiment

- Ka1 of Phosphoric Acid by Titration:

10.7. Ka1 of PHOSPHORIC ACID BY TITRATION. Student Experiment
10.7. Ka1 of PHOSPHORIC ACID BY TITRATION. Overview
10.7. Ka1 of PHOSPHORIC ACID BY TITRATION. Instructor Res.

- Titration Curves & The Dissociation Constant of Acetic Acid:

10.11. TITRATION CURVES _ THE DISSOCIATION CONSTANT of ACETIC ACID. Student Experiment
10.11. TITRATION CURVES _ THE DISSOCIATION CONSTANT of ACETIC ACID. Overview
10.11. TITRATION CURVES _ THE DISSOCIATION CONSTANT of ACETIC ACID. Instructor Res.

- Titration of a Cola Product:

10.9. TITRATION OF A COLA PRODUCT. Overview
10.9. TITRATION OF A COLA PRODUCT. Instructor Res.
10.9. TITRATION OF A COLA PRODUCT.Student Experiment

- Titration of an Acid Mixture:

10.10 TITRATION OF AN ACID MIXTURE. Instructor Res.
10.10 TITRATION OF AN ACID MIXTURE. Student Experiment
10.10 TITRATION OF AN ACID MIXTURE. Overview

- Enthalpy & Entropy:

1.5. Enthalpy & Entropy.INST.RES.
1.5.Enthalpy&Entropy.Overview
1.5.Enthalpy&Entropy.Student Experiment

- Enthalpy of Hydration:

1.3.Enthalpy _ Hydration Solution Student Experiment
1.3.Enthalpy _ Hydration Solution Overview
1.3.Enthalpy _ Hydration Solution Instructor Res.

- Hess’s Law:

1.2.Hess's.Law.INST.RES.
1.2.Hess's.Law.Overview
1.2.Hess's.Law.Student Experiment

- Hot Packs & Cold Packs:

1.4.HotPacks.ColdPacks.Student Experiment
1.4.HotPacks.ColdPacks.Student Experiment
1.4.HotPacks.ColdPacks.Overview
1.4.HotPacks.ColdPacks.Overview
1.4.HotPacks.ColdPacks.INST.RES.
1.4.HotPacks.ColdPacks.INST.RES.

- Intro to Calorimentry:

1.1.Intro.Calorimetry.Overview
1.1.Intro.Calorimetry.Overview
1.1.Intro.Calorimetry.Student Experiment
1.1.Intro.Calorimetry.Student Experiment
1.1.Intro.Calorimetry.INST.RES.
1.1.Intro.Calorimetry.INST.RES.

- COLORIMETRY QUANTITATIVE ANALYSIS WITH LIGHT:

2.1.Colormtry,Quant.Anal.Dye.Overview
2.1.Colormtry,Quant.Anal.Dye.Overview
2.1.Colormtry,Quant.Anal.w.Light.Food.Dye.Student.Experiment
2.1.Colormtry,Quant.Anal.w.Light.
Food.Dye.Student.Experiment
2.1.Colormtry,Quant.Anal.w.Light.Food.Dye.INST.RES.
2.1.Colormtry,Quant.Anal.w.Light.
Food.Dye.INST.RES.

- Crystal Violet Colorimetry-beer's Law:

2.2.Crystal Violet Colorimetry-Beer_s Law.Student Experiment
2.2.Crystal Violet Colorimetry-Beer_s Law. Instructor RES.
2.2.Crystal Violet Colorimetry-Beer_s Law.Overview

- Formation Constant for a Complex Ion:

2.3.Formation Constant for a Complex Ion.Instructor RES.
2.3.Formation Constant for a Complex Ion..Student.Experiment
2.3.Formation Constant for a Complex Ion..Overview

- Spectrophotometric Determination of an Equilibrium Constant:

2.4.Spectrophotometric Determination of an Equilibrium Constant.Instructor RES.
2.4.Spectrophotometric Determination of an Equilibrium Constant. Student Experiment
2.4.Spectrophotometric Determination of an Equilibrium Constant.Overview

- Determining the Coordination Ni2+ and Cu2+ by Enthalpy:

3.1.DETERMININT THE COORDINATION # OF Ni2+and Cu2+ by ENTHALPY.instructor res.
3.1.DETERMININT THE COORDINATION # OF Ni2+and Cu2+ by ENTHALPY.Overview
3.1.DETERMININT THE COORDINATION # OF Ni2+and Cu2+ by ENTHALPY.student experiment

- Do Ni2+and Cu2+ Form Bis- or Tris- Complexes:

3.2.Do Ni2+ and Cu2+ Form BIS- or TRIS- COMPLEXES.student experiment
3.2.Do Ni2+and Cu2+ Form BIS- or TRIS- COMPLEXES.Overview
3.2.Do Ni2+and Cu2+ Form BIS- or TRIS- COMPLEXES.instructor res.

- Electrochemistry & Nernst Equation:

4.1.Electrochemistry _ Nernst Equation.instructor res.
4.1.Electrochemistry _ Nernst Equation.Overview
4.1.Electrochemistry _ Nernst Equation.student experiment

- Freezing Point of Glacial Acetic Acid:

5.1.FREEZING POINT of GLACIAL ACETIC ACID.Overview
5.1.FREEZING POINT of GLACIAL ACETIC ACID.student experiment
5.1.FREEZING POINT of GLACIAL ACETIC ACID.instructor res.

- Freezing Point of Phenyl Salicylate:

5.2.FREEZING POINT of PHENYL SALICYLATE.student experiment
5.2.FREEZING POINT of PHENYL SALICYLATE.Overview
5.2.FREEZING POINT of PHENYL SALICYLATE.instructor res.

- Boyle's & Charles' Law:

6.3.BOYLE’S_CHARLES’LAW..student experiment

- Boyle's Law:

6.1.BOYLE_S LAW.instructor res.

- Charles' Law:

6.2.CHARLES_ LAW.student experiment

- Dalton's Law of Partial Pressures:

6.4.DALTON’S LAW of PARTIAL PRESSURES.student experiment
6.4.DALTON’S LAW of PARTIAL PRESSURES.instructor res.
6.4.DALTON’S LAW of PARTIAL PRESSURES.student experiment
6.4.DALTON’S LAW of PARTIAL PRESSURES.instructor res.

- Gay-lussac's Law:

6.5.GAY-LUSSAC’S LAW.student experiment
6.5.GAY-LUSSAC’S LAW.instructor res.

- Independent Inquiry Experiments:

7.1.INDEPENDENT INQUIRY EXPERIMENTS. introduction
7.1.CONVERTING ”CONFIRM THE LAW” EXPRMNTS TO “INQUIRY” EXPRMNTS
7.1.CONVERTING ”CONFIRM THE LAW” EXPRMNTS TO “INQUIRY” EXPRMNTS

- Converting Experiments and Intro to Independent Inquiry Experiments:

7.2.INDEPENDENT INQUIRY EXPERIMENTS.overview
7.2.INDEPENDENT INQUIRY EXPERIMENTS.#1-14

- Kinetics of Catalyzed Decomposition of Hydrogen Peroxide:

8.5.KINETICS of CATALYZED DECOMPOSITION OF HYDROGEN PEROXIDE.student experiment
8.5.KINETICS of CATALYZED DECOMPOSITION OF HYDROGEN PEROXIDE.instructor res.
8.5.KINETICS of CATALYZED DECOMPOSITION OF HYDROGEN PEROXIDE.overview

- Kinetics Studies of the Ferroin Complex:

8.3.STUDIES OF THE FERROIN COMPLEX.overview
8.3.STUDIES OF THE FERROIN COMPLEX.student experiment
8.3.STUDIES OF THE FERROIN COMPLEX.instructor res.

- Reaction of Crystal Violet with NaOH:

8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.instructor res.
8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.overview
8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.student experiment
8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.overview

- A Kinetics Study, with Activation Energy Calculation:

8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.instructor res.
8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.overview
8.2.REACTION of CRYSTAL VIOLET with NaOH with Activation Energy Calculation.student experiment

- The Formaldehyde Clock Reaction:

8.4.FORMALDEHYDE CLOCK REACTION.student experiment
8.4.FORMALDEHYDE CLOCK REACTION.overview
8.4.FORMALDEHYDE CLOCK REACTION.instructor res.

- Spectroscopy Quantitative Analysis with Light:

9.1 SPECTROSCOPY Quantitative Analysis with Light. Student experiment
9.1 SPECTROSCOPY Quantitative Analysis with Light.Instructor Res
9.1 SPECTROSCOPY Quantitative Analysis with Light. Overview

- Acid-base Titration Curves:

10.1. Acid-Base Titration Curves. Instructor Res.
10.1. Acid-Base Titration Curves.Overview
10.1. Acid-Base Titration Curves. Student experiment

- Analysis of a Solid Mixture:

10.3. Analysis of a Solid Mixture. Overview
10.3. Analysis of a Solid Mixture.Student Experiment
10.3. Analysis of a Solid Mixture.Instructor Res.

- Analysis of Soda Ash:

10.2. Analysis of Soda Ash. Student Experiment
10.2. Analysis of Soda Ash. Overview
10.2. Analysis of Soda Ash. Instructor Res.

- Characterization of Weak Acids:

10.4. Characterization of Weak Acids. Overview
10.4. Characterization of Weak Acids. Instructor Res.

- Determining Ka2 of Sulfuric Acid by Titration:

10.8. DETERMINING Ka2 OF SULFURIC ACID BY TITRATION. Student Experiment
10.8. DETERMINING Ka2 OF SULFURIC ACID BY TITRATION. Overview
10.8. DETERMINING Ka2 OF SULFURIC ACID BY TITRATION. Instructor Res.

- Introduction to Acids, Bases & Tittrations:

10.6. INTRODUCTION TO ACIDS, BASES _ TITRATIONS.Instructor Res.
10.6. INTRODUCTION TO ACIDS, BASES _ TITRATIONS. Student Experiment
10.6. INTRODUCTION TO ACIDS, BASES _ TITRATIONS. Overview

- Introduction to Indicators & Acid-base Titrations:

10.5. Introduction to Indicators and Acid-Based Titrations. Overview
10.5. Introduction to Indicators and Acid-Based Titrations. Instructor Res.
10.5. Introduction to Indicators and Acid-Based Titrations. Student Experiment

- Ka1 of Phosphoric Acid by Titration:

10.7. Ka1 of PHOSPHORIC ACID BY TITRATION. Student Experiment
10.7. Ka1 of PHOSPHORIC ACID BY TITRATION. Overview
10.7. Ka1 of PHOSPHORIC ACID BY TITRATION. Instructor Res.

- Titration Curves & The Dissociation Constant of Acetic Acid:

10.11. TITRATION CURVES _ THE DISSOCIATION CONSTANT of ACETIC ACID. Student Experiment
10.11. TITRATION CURVES _ THE DISSOCIATION CONSTANT of ACETIC ACID. Overview
10.11. TITRATION CURVES _ THE DISSOCIATION CONSTANT of ACETIC ACID. Instructor Res.

- Titration of a Cola Product:

10.9. TITRATION OF A COLA PRODUCT. Overview
10.9. TITRATION OF A COLA PRODUCT. Instructor Res.
10.9. TITRATION OF A COLA PRODUCT.Student Experiment

- Titration of an Acid Mixture:

10.10 TITRATION OF AN ACID MIXTURE. Instructor Res.
10.10 TITRATION OF AN ACID MIXTURE. Student Experiment
10.10 TITRATION OF AN ACID MIXTURE. Overview