Appalachian State University
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Chapter 5 of Organic Chemistry 1 at App State (CHE2201) taught by Dr. Moeller. This chapter covers stereoisomers, chirality, enantiomers, R and S configurations, optical activity, specific rotation, diastereomers, meso compounds, and Fischer projections; say that 5 times fast! Some images/definitions are not entirely my own; credit for any work that is not mine goes to its rightful owners.
Chapter 4 of Organic Chemistry 1 at App State (CHE2201) taught by Dr. Moeller. This chapter covers naming alkanes and substituents using IUPAC rules, constitutional isomers, chair conformations, and Newman projections. Some images/definitions are not entirely my own; credit for any work that is not mine goes to its rightful owners.
Chapter 3 of Organic Chemistry 1 at App State (CHE2201) taught by Dr. Moeller. This chapter covers acids and bases, pKa, mechanisms, resonance, and the inductive effect. Some images/definitions are not entirely my own; credit for any work that is not mine goes to its rightful owners.
Chapter 2 of Organic Chemistry 1 at App State (CHE2201) taught by Dr. Moeller. This chapter covers bond-line structures, functional groups, and resonance structures. Some images/definitions are not entirely my own; credit for any work that is not mine goes to its rightful owners.
Chapter 1 of Organic Chemistry 1 at App State (CHE2201) taught by Dr. Moeller. This chapter covers review material from introductory chemistry, including: formal charge, electronegativity, atomic orbitals, polarity, and molecular geometry, as well as an introduction to bond-line structures. Some images/definitions are not entirely my own; credit for any work that is not mine goes to its rightful owners.
Notes taken over several lectures compiled to describe how reproduction works at a genetic level for both sexual and asexual reproduction
Notes taken over several lectures compiled to describe genome structure and how genomes are stored
Notes taken over several lectures compiled to describe gene expression in prokaryotes and eukaryotes
Notes taken over several lectures compiled to describe genome characteristics
Notes taken over several lectures compiled to describe genome maps