CHEM 102 Lecture Notes - Lecture 2: Dynamic Equilibrium, Reaction Rate Constant, Reaction Rate

• School: Drexel University
• Department: Chemistry
• Course: CHEM 102
• Professor: Monica Ilies

Document Summary

Addition vs. condensation polymers: (problems to solve: 91-94, pg. Know the type of chemical reactions that yield such polymers; Know how to recognize monomer molecular formulas from given polymer formulas and vice versa: types of solids and their general physical properties: 13. 5 13. 7. 2a) based on the type of forces holding the nanoscale particles together: Ionic (ionic bonds = electrostatic attraction between cations and anions); Nonbonding = noble gases (interatomic dispersion (london) forces); Metallic (metallic bonds = electrostatic attraction between nuclei of atoms and shared valence. 496 - answer in appendix vi on pg. 502): questions: 8; 9: chemical kinetics: 15. 2-15. 6; 15. 8. Catalysts (definition; explain how they work; examples: catalytic converters; enzymes); Size of particle and orientation of particles (= steric factors). Integrated rate laws (equations, plots, slopes of plots, units of k; see also the kinetics of. Know how to determine rate laws from initial rates;