Virtual chemlab : problems and assignments for the virtual laboratory / Brian F. Woodfield, Matthew C. Asplund & Steven Haderlie.

Contents;
VCL
2.1 Thomson Cathode ray tube experiment
2.2 Millikan oil drop experiment
2.3 Rutherford's backscattering experiment
2.4 Investigating the properties of alpha and beta particles
etc.

3.1 Counting atoms
3.2 Counting atoms
3.3 Counting atoms
3.4 Counting molecules
etc.

4.1 Strong and weak electrolytes
4.2 Precipitation reactions
4.3 Concepts in acid-base titrations
4.4 Predicting the equivalence point
etc.

5.1 Endothermic vs exothermic
5.2 Enthalpy of solution: NH4NO3
5.3 Specific heat of A1
5.4 Specific heat of pb
etc.

6.1 Blackbody radiation
6.2 Photoelectric effect
6.3 The Rydberg equation
6.4 Atomic spectra
etc.

7.1 Flame test for metals
7.2 Emission spectra for sodium and mercury

10.1 Boyle's law: Pressure and volume
10.2 Charles's law: Temperature and volume
10.3 Avogadro's law: Moles and volume
10.4 Derivation of the ideal gas law
etc.

11.1 Heat of fusion of water
11.2 Heat of vaporization of water
11.3 The boiling point of water at high attitude

13.1 Creating a solution of known molality
13.2 Creating a solution for known molality
13.3 Converting concentrations to different units
13.4 Boiling point elevation
etc.

16.1 Ionization constants of weak acids
16.2 Acid-base classification
16.3 Ranking salt solutions by pH

17.1 Study of acid-base titrations - Monoprotic acids
17.2 Weak acid-strong base titrations
17.3 Strong acid-weak base titrations
17.4 Weak acid -weak base titrations
etc.


19.1 The balance between enthalpy and entropy
19.2 Enthalpy of solution: NH4NO3

20.1 Study of oxidation - Reduction titrations
20.2 Standardization of a permanganate solution
20.3 Analysis of a ferrous chloride sample