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General Inorganic Chemistry Laboratory (CHEM100L)


Description
-General and inorganic Laboratory: Safety in the chemical laboratory. SI units of measurement. Uncertainty in measurements. Significant figures. Names and formulas of inorganic compounds. The mole. Percent composition of compounds. Empirical and molecular formulae. Chemical equations and their balance. Oxidation numbers. Stoichiometric calculations based on chemical equations. Yields from chemical reactions. The limiting reactant concept. Chemical equilibrium in gas phase. Properties of solutions and their concentrations. Molar fraction. Heterogeneous equilibrium: solubility product. Ionic equilibrium. Autoionization of water. Acid and base solutions. pH. Ionization constants for weak monoprotic acids and bases. Buffers. Acid-base titration curves. Electrochemistry: standard reduction potentials; voltaic and electrolytic cells; the Nernst equation.
Content
  • SYLLABUS
  • L-1 Inorganic Chemistry
  • L-1 Laboratory apparatus
  • L-1 Chemistry
  • L-1 Equlibrium and Cobalt Complex Ions | Chemistry Minute
  • L-1 Laboratory Equipment Names
  • assignment
  • L-2 Synthesis of Cobalt Triphenylphosphine Complexes
  • L-2 synthesis and analysis of a coordinating compound
  • L-2 Preparation of Hexamminenickel(II) chloride
  • L-2 Metal complexes 10. The chemistry of Cobalt Complexes.
  • assignment
  • L-2 The synthesis of a cobalt ethylenediamine isothiocyanate complex
  • L-2 Colorful Iron Complexes
  • L-2 Copper/Ammonia Coordination Complex and Copper (II) Chloride
  • L-2 Synthesis of tris(Ethylenediamine) Cobalt(III) Chloride
  • assignment
  • L-3 Synthesis of Chloropentaammine Cobalt (III) Chloride
  • L-3 Fantastic Four Color Oscillator
  • L-3 Le Chatelier's Principle Lab with Cobalt Complex Ions
  • L-4 The Method of Continuous Variation
  • L-4 ob's Method Lab - Molarity/Mole Fraction
  • L-4 Job's Medthod Reading the Graph
  • L-4 Determining an Equilibrium Constant by Spectrophotometry Procedure
  • assignment
  • L-5 how to analyze the cyclic voltammetry data
  • L-5 Iron Analysis PreLab
  • L-5 Lab Protocol - Sulfate Ion Detection Assay
  • L-5 Spectrophotometric Determination of Iron
  • L-5 Spectroscopic analysis of sodium salicylate (Chemistry Laboratory Previews)
  • assignment
  • L-6 How does molecular testing work? |
  • L-6 3D Coin Measurement
  • L-6 DIY Plasma Physics Powersource
  • assignment
  • L-7 Making ferrofluid from scratch
  • L-7 Ferrofluid & Paint -
  • L-7 5 Things No One Ever Does with Ferrofluid
  • L-7 Ferrofluid: Everything You Need to Know
  • L-7 Synthesis of Aqueous Ferrofluid
  • L-8 Symmetry: Applications for Carbonyl Complexes using IR Spectroscopy
  • L-8 Metal carbonyl infra-red spectroscopy
  • L-8 Lab Practical - Lab
  • L-9 Experiment 01 Laboratory Measurements - General Chemistry Laboratory
  • L-9 Making an Organometallic Ruthenium Complex
  • L-10 Using Catalysts and Electrochemistry to Transform Carbon Dioxide
  • l-11 Photoinduced Energy & Electron Transfer Reactions
  • l-11 Paramagnetic Transition Metal Ions
  • l-12 Pi-backbonding with Strong-Field Ligands
  • l-12 Basic Chemistry Lab Equipment
  • Exam
Completion rules
  • All units must be completed
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