Receive instruction on fundamentals of inorganic chemistry
Describe atomic structure and how it influences periodic trends (Quantum theory historical development, Quantum numbers and Atomic Wave Functions, Electron configurations, Shielding, Periodic trends and exceptions (ionization energy, electron affinity and covalent and ionic radii)).
Identify solid state chemistry, as well as acid/base chemistry
Describe simple bonding theory and how this applies to..( Lewis dot, Resonance, Expanded shells, Formal charge, VSEPR, Polarity)
Apply concepts of lattice enthalpy including the calculation of lattice enthalpy of ionic compounds and the Born-Haber Cycle.
Apply the concepts learned in this course in problem solving.
Explain the representative elements and their compounds involving both theoretical and descriptive approaches.
Develop an ability to apply their course knowledge experimentally (with the help of laboratory experiments).
Demonstrate proficiency in assembling basic laboratory glassware
Obtain practical experience in synthetic and instrumental techniques
Perform fundamental laboratory techniques with groups or individually
Develop strategies for problem solving and self reliance
Prepare a proper research notebook (the preparation of lap reports)
Organize data and present their experimental results.
Comprehend about general concepts (e.g. boron chemistry, hard water, nuclear energy, ceramics, trace metals of life, etc.) with the help of homework assignments
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