CHEM101LEC

(TLW - the learning will) The learner will demonstrate the scientific method. TLW use a vocabulary of chemistry terms regarding matter. TLW show how to use dimensional analysis in setting up problems including USCS, metric, and mixed units. TLW be able to convert temperature units.

TLW be able to write and name ionic, molecular, acid, and hydrate compounds. TLW use the periodic table to discuss trends and basic atomic structure. TLW balance chemical equations.

TLW Use the concepts of moles and mass to perform combustion analysis and mass to mass calculations. TLW find the limiting reactant, theoretical yield, and percentage yield in a mass to mass stoichiometric problem.

TLW will determine the solubility of ionic substances and write net ionic equations and differentiate between strong and weak electrolytes. TLW classify types of chemical reactions. TLW use the dilution formula, volumetric analysis, and gravimetric analysis

TLW use gas laws to determine P,V,T,n. TLW perform stoichiometry using the ideal gas law. TLW show how to determine new gas conditions using partial pressures of gases TLW explain and calculate how the effusion of gas under certain conditions changes.

TLW explain the difference between surroundings and system and use this information to perform a calorimetric experiment. TLW use standard enthalpy tables and Hesss law to determine the enthalpy of a reaction.

TLW use the Bohr atom to show the evidence of discrete energy levels. TLW use quantum theory to describe the position of electrons in an atom.

TLW develop and use electronic configurations and orbital diagrams to explain chemical reactivity of the electrons. TLW will discuss periodic trends on the periodic table.

TLW show the difference between an ionic compound and a molecular compound using Lewis diagrams. TLW determine how to find the formal charge, resonance, and multiple bonding in a molecular compound. TLW perform calculations using bond enthalpy.

TLW use VSEPR theory to determine the geometry of a molecule. In addition, TLW use these shapes to predict the overall dipole moment of a molecule. TLW be introduced to Molecular Orbital Theory.

TLW use phase diagrams to describe states of various temperature and pressures and critical points. TLW explain how intermolecular forces, ionic forces, metallic and covalent forces affect physical properties. TLW describe and calculate basic unit cells.