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[PSYCH 101] - Final Exam Guide - Everything you need to know! (68 pages long)

[MATH 307] - Final Exam Guide - Everything you need to know! (103 pages long)

[BIOL 200] - Final Exam Guide - Ultimate 94 pages long Study Guide!

[CHEM 155] - Final Exam Guide - Comprehensive Notes fot the exam (102 pages long!)

BIOL 200 Lecture 29: Why we get sick; Lec 30: Cancer

BIOL 200 Lecture 32: CRISPR and Genomics

BIOL 200 Lecture 24: Abiotic Prokaryotes

BIOL 200 Lecture 28: Human Diversity and Aging

BIOL 200 Lecture 23: Proliferation, Apoptosis, Migration

BIOL 200 Lecture 25: Innate Immunity

BIOL 200 Lecture 26: Adaptive Immunity

BIOL 200 Lecture 33: Antibiotics and Microbiomes

CHEM 155 Lecture 23: Molecular Orbitals

CHEM 155 Lecture 24: Koopman's Theorem and Hybridization

CHEM 155 Lecture 25: Hybrid Orbitals

CHEM 155 Lecture 22: Periodic Trends and Born Opponenhiemer Approx.

CHEM 155 Lecture 26: Spectroscopy

CHEM 155 Lecture 21: Atomic Orbitals and thier Rules

CHEM 155 Lecture 20: Quantum Numbers

PSYCH 101 Lecture 30: Stress and Coping

PSYCH 101 Lecture 27: Persuation and Social Thinking (Zimbardo's Prison Experiment)

PSYCH 101 Lecture 26: Social Influence and Comformity

PSYCH 101 Lecture 28: Motivation, Maslow's Hierarchy of Needs, Self Determination Theory

PSYCH 101 Lecture 29: Arousal Theory and Basic Needs

MATH 307 Final: Notes on Damped Free Vibrations

MATH 307 Lecture 23: Examples of solving DE with Laplace Transformations

MATH 307 Lecture 17: Solving Non-homogeneous DE

MATH 307 Final: Guesses for non-homogeneous DE and exceptions

MATH 307 Lecture 18: Mechanical and Electrical Vibrations

MATH 307 Final: Forced Vibrations without Damping

MATH 307 Lecture 22: Introduction to Laplace Transformation

MATH 307 Lecture 21: Undamped and Damped Free Vibrations

MATH 307 Lecture 19: Finding DE for Vibrations and wave standard forms

CHEM 155 Final: Atomic Spectrum; Probability Density; and Young's Slit Experiment

CHEM 155 Lecture 14: Binding Energy; Nuclear Reactions and Conservation Laws

CHEM 155 Lecture 19: c lec 19 shrodinger and part in box

MATH 307 Lecture 16: Reduction of Order

CHEM 155 Midterm: Practice Exam 2, 2012 Review

CHEM 155 Lecture 18: Wave Properties of Particles and Bohr's Model of the Atom

MATH 307 Final: Reduction of Order Examples