Hestanley

This is a summary of the integumentary, bones, and joint systems including joint classification, bone anatomy, the blood and nerve supply of the bone, intramembranous bone formation, endochondral ossification, secondary ossification, bone zones, fracture and repair of the bone, and the layers of the integumentary system.

This is a summary of the discovery of DNA as a hereditary agent, DNA structure, bacterial genomes, the organization of DNA into chromosomes, Pseudogenes, telomeres, replication, karyotype analysis, and DNA polarity.

This is a summary of the central dogma of DNA (replication, transcription [in prokaryotes and eukaryotes], and translation [in prokaryotes and eukaryotes]). Some more specific parts included are Rho Independent/Dependent Termination, TBP box, chromatin remodeling, 5' capping, 5'-2' splicing, polyadenylation, alternative splicing and its impact on the regulation of sex within fruit flies, protein structures, code mutations, charging of the tRNA, initiation, elongation, accommodation, and term...

This is a summary of naming line angle hydrocarbons: alkanes, alkenes, and alkynes. It covers how to name substituents, and naming when there are double, single, and triple bonds. Cycloalkanes, cycloalkenes, and cycloalkynes are also included. Other topics are structural isomers, writing the condensed structural formula, a list of functional groups, and how to determine cis from trans.

This is a summary of determining a strong from a weak electrolyte, solubility rules, how to write net ionic equations, determining oxidation numbers, and thermodynamic concepts like energy changes, enthalpy, calorimetry, Hess’s Law, standard enthalpies of formation, and titration calculations.

This is a summary of determining empirical formulas, determining molecular formulas, converting grams to mols, converting moles to particles, determining isotopic atomic mass, isotope abundance, finding the limiting reactant, finding the mass of the excess reactant, finding percent yield, naming polyatomic ions, naming molecular/covalent compounds, and naming acids.

This includes the entire lab manual with all work completed and graded with feedback from the instructor including the typed formal lab reports completed by the student.

This is the typed formal lab report for the spectrophotometry lab. It received an 86%.

This is the typed formal lab report for the separating mixtures lab. It received a 93%.

This contains the scanned General Chemistry I lab manual with all the written and graded coursework in it including feedback received from the instructor as well as the grade given.

All four exams given in Dr. Lee's general chemistry one course at Morehead State University.

Exam for general chemistry one content covering the phase diagram, idea gas laws, effusion rates, STP, freezing points, density, etc.

Exam for general chemistry one content covering lewis structures, bond angles, intermolecular forces, hybridization, molecular geometry, polarity, vapor pressure, boiling point, resonance structures, and formal charges.

Exam for general chemistry one content covering net ionic equations, thermodynamics, quantum numbers, electron configuration, light problems, finding concentration, oxidation states, wavelength, and ionization energies.

Exam for general chemistry one content covering balancing reactions, empirical formulas, nomenclature, stoichiometry, and other basic introductory concepts.

These are lecture notes covering everything from kinetics, acid-base, redox reactions, electrochemistry, ICE tables, nuclear fission, reaction mechanisms, collision models, energy diagrams, and nuclear energy. Received an A in the course and passed with a 90 on the ACS.

Lecture notes summarizing acid-base chemistry taught by Dr. Fulmer

Lecture notes summarizing how to solve redox reactions and electrochemistry from Dr. Fulmer's class

Lecture notes summarizing how to solve ICE tables from Dr. Fulmer's class

Lecture notes summarizing the content from Dr. Fulmer's lecture on kinetics