From his experiments Robert Boyle proposed that the volume of a fixed quantity of gas at constant pressure is inversely proportional to its pressure. P1V1 = P2V2             The process Continue Reading →

Proportionalities:             Mathematically, two variables are said to be proportional if there is a constant ratio between them.             Directly proportional:  When both variables change in the same direction                         Continue Reading →

The following abbreviations and units are commonly used:                         V= Volume (usually in liters)                         T = Temperature (always in Kelvin)                         P = Pressure (usually in Pascals or atmospheres) Continue Reading →

The kinetic molecular theory allows us to explain behavior of gases through modeling.  Assumptions of the kinetic molecular theory:  Particles of the gas are small and have negligible volume compared Continue Reading →

All matter on earth exists in one of three main states:  solid, liquid, or gas.  The states of matter differ in terms of particle arrangement, energy of the particles, and Continue Reading →

    Using the solubility-rules, determine whether the following compounds would be soluble or insoluble in water NaOH Fe2S3 MgSO4 PbCl2 Ba(NO3)2 MgCO3 Magnesium Phosphate Silver Nitrate Barium Carbonate Calcium Continue Reading →

 a.  0.500 mol Rb     b.  0.134 mol Kr a.  0.6046 x 10^23 molecules    b.  1.5 x 10^24 molecules a.  3.00 x 10^24 molecules     b.  3.13 Continue Reading →

Identify each of the following compounds as ionic, covalent, or acid.  Then write the formula for the compound: 1.Cobalt (II) perchlorate 2.) Tetracarbon Heptasulfide 3.) Sodium chlorite 4.) Hydroiodic acid Continue Reading →

Identify each compound as ionic, covalent, or acid.  Then name the compound: ) PbSO4 ) AlF3 ) BaO2 ) N2O5 ) HClO MgBr2 Ag2Cr2O7 ZnCl2 Fe(OH)3 H3PO4 Mixed Compounds #3 Continue Reading →