Chemistry


 * Course Name || || ||
 * Column 1 || Column 2 || Column 3 ||
 * || **Unit 1: Matter and Measurement** ||
 * meter ||
 * liter ||
 * gram ||
 * length ||
 * mass ||
 * volume ||
 * temperature ||
 * Kelvin and Celsius ||
 * density ||
 * independent variable ||
 * dependent variable ||
 * controlled variable ||
 * linear relationship ||
 * directly proportional ||
 * inversely proportional ||
 * quantitative ||
 * qualitative ||
 * conversion factor ||
 * scientific notation ||
 * ||  ||   || **Unit 2: Atoms and matter** ||
 * matter ||
 * substance ||
 * element ||
 * compound ||
 * mixture ||
 * solution ||
 * heterogeneous mixture ||
 * physical property ||
 * chemical property ||
 * melting point ||
 * boiling point ||
 * conductivity ||
 * solubility ||
 * atom ||
 * proton ||
 * neutron ||
 * electron ||
 * nucleus ||
 * isotope ||
 * mass number ||
 * atomic number ||
 * ||  ||   || **Unit 3: Periodic Table and atomic structure ** ||
 * rows, periods ||
 * groups, families ||
 * alkali metals ||
 * alkaline earth metals ||
 * transition metals ||
 * halogens ||
 * noble gases ||
 * metals ||
 * nonmetals ||
 * metalloids ||
 * ground state ||
 * excited state ||
 * quantum of energy ||
 * photon ||
 * electromagnetic energy ||
 * wavelength ||
 * frequency ||
 * Quantum Theory ||
 * principal quantum number ||
 * orbital ||
 * electron configuration ||
 * orbital diagram ||
 * **Unit 4: Ions and bonding** ||
 * physical change ||
 * chemical change ||
 * octet rule ||
 * ion ||
 * cation ||
 * anion ||
 * oxidation number ||
 * valence electron ||
 * ionic bond ||
 * polar covalent bond ||
 * nonpolar covalent bond ||
 * metallic bond ||
 * molecule ||
 * Lewis structure ||
 * electron dot diagram ||
 * **Unit 5: Periodic properties and naming** ||
 * atomic radius ||
 * ionic radius ||
 * ionization energy ||
 * reactivity ||
 * electronegativity ||
 * IUPAC ||
 * subscript ||
 * **Unit 6: Mole and mass** ||
 * atomic mass ||
 * molecular mass ||
 * formula mass ||
 * molar mass ||
 * mole ||
 * percent composition ||
 * empirical formula ||
 * molecular formula ||
 * **Unit 7: Reactions** ||
 * reactant ||
 * product ||
 * synthesis ||
 * decomposition ||
 * single replacement ||
 * double replacement ||
 * combustion ||
 * exothermic ||
 * endothermic ||
 * enthalpy ||
 * entropy ||
 * catalyst ||
 * precipitate ||
 * activation energy ||
 * coefficient ||
 * **Unit 8: Stoichiometry** ||
 * mole ratio ||
 * **Unit 9:Kinetic Molecular Theory** ||
 * solids ||
 * liquids ||
 * gases ||
 * hydrate ||
 * anhydrous ||
 * diffusion ||
 * effusion ||
 * absolute zero ||
 * pressure ||
 * barometer ||
 * standard pressure ||
 * phase diagrams ||
 * temperature ||
 * heat ||
 * specific heat ||
 * sublimation ||
 * triple point ||
 * condensation ||
 * vaporization ||
 * evaporation ||
 * **Unit 10: Gas Laws** ||
 * dynamic equilibrium ||
 * vapor pressure ||
 * atmospheric pressure ||
 * ideal gases ||
 * **Unit 11 Solutions** ||
 * solutions ||
 * solute ||
 * solvents ||
 * dissociation ||
 * soluble ||
 * insoluble ||
 * solubility ||
 * saturated solution ||
 * unsaturated solution ||
 * concentration ||
 * molarity ||
 * boiling point ||
 * freezing point ||
 * electrolyte ||
 * **Ch 12: Acids and Bases** ||
 * acid ||
 * base ||
 * hydronium ion ||
 * strong/weak ||
 * pH scale ||
 * titration ||
 * buret ||
 * endpoint ||
 * indicator ||
 * **Ch 13: Nuclear and Redox** ||
 * oxidation ||
 * reduction ||
 * oxidation # ||
 * half reaction ||
 * alpha particles ||
 * beta particles ||
 * gamma radiation ||
 * radioactive decay ||
 * half life ||
 * fission ||
 * fusion ||
 * oxidation ||
 * reduction ||
 * oxidation # ||
 * half reaction ||
 * alpha particles ||
 * beta particles ||
 * gamma radiation ||
 * radioactive decay ||
 * half life ||
 * fission ||
 * fusion ||