Concept development studies in chemistry 2013

0.3 Observation 1: mass relationships during chemical reactions
0.4 Observation 2: multiple mass ratios
5.3 Observation 1: electron waves and the uncertainty principle
5.4 Observation 2: electron orbitals in hydrogen atoms
5.5 Observation 3: photoelectron spectra and electron configurations
5.6 Observation 4: the importance of electron-electron repulsion
13.3 Observation 1: pressure-volume measurements on gases
13.4 Observation 2: volume-temperature measurements on gases
13.6 Observation 3: partial pressures
16.2 Observation 1: liquid-vapor phase diagram
16.3 Observation 2: solid-liquid-gas phase diagrams
16.4 Observation 3: boiling points and intermolecular forces
19.3 Observation 1: collision model for simple reactions
19.4 Observation 2: temperature dependence of reaction rates
19.5 Observation 3: activation energy
19.6 Observation 4: rate laws for more complicated reaction processes
21.3 Observation 1: strong acids and weak acids
21.4 Observation 2: percent ionization in weak acids
21.5 Observation 3: autoionization of water
21.6 Observation 4: base ionization, neutralization and hydrolysis of salts
21.7 Observation 5: acid strength and molecular properties

Source:  OpenStax, Concept development studies in chemistry 2013. OpenStax CNX. Oct 07, 2013 Download for free at http://legacy.cnx.org/content/col11579/1.1