CHM 11100 Study Guide - Final Guide: Activation Energy, Guanine, Deoxyribose

• School: Purdue University
• Department: Chemistry
• Course: CHM 11100
• Professor: Harwood Cynthia

Document Summary

Gas particles are relatively far apart and easier to compress them to smaller volumes by applying external pressure. Kinetic energy: heat increases the kinetic energy of gas particles making them move faster. Increase volume: increase of number of gas particles. Gay- lussac"s law of combining volumes: states that combine in simple whole number volume proportional at constant temperature and pressure. Avogrado"s: volume occupied by a gas at a given temperature is proportional to number of gas particles and the moles of the gas. As number of moles increases, so does the volume. Daltons law of partial pressure: behave independently and exert the same pressure they would if they were in a container alone. Partial pressure: number of molecules of that gas. Vapor pressure: equilibrium pressure, increases as temperature increases. Freezing point: freezing liquid into the solid state. Normal freezing point: state at equilibrium is reached under a pressure of exactly.