CHEM1112 - General Inorganic Chemistry II

Credits
5 (4/1/0)
Description
Meets MnTC Goal Areas 2 and 3. This course is the second course of a two-course series (CHEM1111 and CHEM1112). Students will learn the general chemistry principles: solution chemistry, kinetics, chemical equilibrium, acid-base chemistry, solubility equilibrium, thermodynamics, oxidation-reduction, electrochemistry, coordination chemistry, nuclear chemistry and introductory environmental chemistry. The course includes a lab.
Prerequisites
Competencies
  1. Characterize solutions.
  2. Compare solute/solvent interactions.
  3. Predict solubility changes.
  4. Solve kinetic chemistry problems.
  5. Compare reaction mechanisms.
  6. Predict equilibrium shifts using Le Châtelier's Principle.
  7. Apply equilibrium constant theory.
  8. Analyze acids and bases.
  9. Predict buffer capacity and pH.
  10. Compare Lewis and Bransted-Lowry theories.
  11. Explore environmental chemistry.
  12. Compare entropy and spontaneity.
  13. Determine Gibb's free energy.
  14. Analyze systems using thermodynamics.
  15. Balance oxidation-reduction equations.
  16. Prepare and analyze voltaic cells.
  17. Characterize nuclear reactivity.
  18. Correlate elemental characteristics.
  19. Investigate metallurgy.
  20. Analyze ligands.
  21. Explore crystal field theory.
  22. Use the scientific method to solve problems.
  23. Collect experimental data.
  24. Analyze data.
  25. Communicate results in oral or written form.
Goal Areas
2. Critical Thinking
3. Natural Sciences
Degrees that use this course

Biology Transfer Pathway

Associate of Science (AS)

Engineering

Associate of Science (AS)

Environmental Science

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Pre-Professional Health

Associate of Science (AS)