---
*This page contains a link to all the notes I have taken during my time at the University of Washington. The notes have been organized by both subject and class.
>[!cite] ⠀
>## *Math Notes* ➗
>
>---
>### ◻️ Math 124 - Calculus 1
>1. **[[Derivative|Understanding and solving derivatives (page includes full list of derivative rules)]]**
> - **[[Implicit differentiation]]**
>2. **[[Limit|Understanding and solving limits]]**
>3. **[[Parametric equation|Parametric equations]]**
>
>---
>### ◻️ Math 125 - Calculus 2
>1. **[[Integration|Understanding integrals, the fundamental theorem of calculus and Reimann sums]]**
> - **[[Volume and integration|Using integration to find the volume of solids of revolution]]**
> - **[[Integral applications]]**
> - **[[Improper integrals|Solving improper integrals]]**
>2. **[[Antiderivatives|Understanding antiderivatives and list of basic antiderivative rules]]**
> - **[[U substitution]]**
> - **[[Integration by parts]]**
> - **[[Trigonometric integration]]**
> - **[[Trigonometric substitution]]**
> - **[[Partial fractions|Partial fractions]]**
> - **[[Advanced antiderivative techniques]]**
> - **[[Miscellaneous integration techniques and formulas]]**
>3. **[[Integral approximation]]**
>4. **[[Separable first order differential equations]]**
>
>---
>### ◻️ Math 126 - Calculus 3
>*Notes coming soon...*
>
>---
>### ◻️ Miscellaneous
>1. **[[Algebra|List of all fundamental algebra rules]]**
>2. **[[The unit circle|The Unit Circle]]**
>[!cite] ⠀
>## *Physics Notes* 🚀
>
>---
>### ◻️ Physics 114 - Mechanics (Algebra Version)
>1. **[[Displacement and position|Displacement, position and distance traveled]]**
> - **[[Vectors and components|Understanding vectors and components (physics version)]]**
>2. **[[Velocity|Velocity (average and instantaneous)]]**
>3. **[[Acceleration]]**
> - **[[Free fall motion]]**
> - **[[Motion dot diagrams|Understanding motion dot diagrams]]**
>4. **[[Projectile motion]]**
>5. **[[Rotational and Circular motion]]**
>6. **[[Forces|Forces and Newton's Second Law]]**
> - **[[Stability and balance]]**
> - **[[Gravity and orbits|Gravity and orbits]]**
> - **[[Springs and elasticity]]**
>7. **[[Impulse|Understanding and approximating impulse]]**
>8. **[[Momentum|Momentum and the conservation of momentum]]**
> - **[[Collisions|Elastic and in-elastic collisions]]**
>9. **[[Energy|Energy (kinetic and potential)]]**
> - **[[Energy diagrams|Reading and understanding energy diagrams]]**
>10. **[[Mathematical relationships|Mathematical relationships (physics version)]]**
>11. **[[Calculators|Useful calculators for this class]]**
>
>---
>### ◻️ Physics 121 - Mechanics (Calculus Version)
>*Notes coming soon...*
>[!cite] ⠀
>## *Chemistry notes* 🧪
>
>---
>### ◻️ Chemistry 142 - Chemistry Fundamentals
>1. **[[Periodic table|The periodic table]]**
>2. **[[Acids and bases|Acids, bases and titrations]]**
>3. **[[Atomic bonding|Understanding atomic bonds]]**
> - **[[Covalent bond|Covalent bonds]]**
> - **[[Ionic Bond|Ionic bonds]]**
> - **[[Electronegativity]]**
> - **[[Polarity|Polarity basics]]**
> - **[[Orbitals|Understanding orbitals (page includes list of orbital subshells)]]**
> - **[[Valence Electrons]]**
> - **[[Radicals]]**
>4. **[[Molecular geometry|Molecular geometry (page includes list of geometries and bond angles)]]**
>5. **[[Lewis dot structures|How to create/interpret a Lewis dot structure]]**
>6. **[[Atomic structure|The structure of atoms]]**
> - **[[Protons]]**
> - **[[Neutrons]]**
> - **[[Electrons]]**
> - **[[Ion|Understanding ions]]**
> - **[[Nucleus|The nucleus]]**
>7. **[[Chemical reactions|Basic chemical reactions]]**
> - **[[Rate laws|Calculating rate laws and half life decay]]**
> - **[[Reaction Mechanics|The mechanics of basic chemical reactions (and catalysts)]]**
> - **[[Solutions|Understanding solutions (solutes, solvents and light absorbance of solutions)]]**
> - **[[Stoichiometry and balancing|Balancing chemical reactions and understanding stoichiometry]]**
> - **[[Yield|Calculating yields]]**
>8. **[[Chemical nomenclature|Basic chemical nomenclature]]**
>9. **[[Electromagnetic radiation|Electromagnetic radiation]]**
> - **[[Photoelectric effect|Understanding the photoelectric effect]]**
> - **[[Light|Light: spectrums, diffraction and black body radiation]]**
> - **[[Photon|Photons]]**
>10. **[[Quantum mechanics|Basic quantum mechanics (wave functions and Heisenberg's uncertainty principle)]]**
>11. **[[Gasses|Gasses (ideal gas law, heat and effusion/diffusion)]]**
> - **[[Pressure|Measuring pressure (page includes unit conversion chart)]]**
>
>---
>### ◻️ Miscellaneous
>1. **[[Significant Figures|Understanding significant figures]]**
>2. **[[Scientific notation|Using scientific notation]]**
>[!cite] ⠀
>## *Biology notes* 🔬
>
>---
>### ◻️ Biology 184 - Sex Death and Evolution
>1. **[[Allele|Understanding alleles]]**
> - **[[Genotype|Genotype]]**
> - **[[Phenotype]]**
>2. **[[DNA]]**
>3. **[[Evolution|The process of evolution (page includes criteria for evolution)]]**
> - **[[Evolution tree|Evolution trees]]**
> - **[[Mating success vs reproductive success]]**
>4. **[[Species|How biologists classify species]]**
> - **[[Homology]]**
>5. **[[Bacteria]]**
> - **[[Drug resistance|How evolution causes the development of drug resistance]]**
> - **[[Antibiotics]]**
> - **[[Tuberculosis]]**
>6. **[[Cancer]]**
>7. **[[Sleep|The mystery of sleep]]**
>8. **[[Reproduction|Understanding how reproduction effects evolution]]**
> - **[[Sex|The role of sex in evolution]]**
> - **[[Red deer|Red deers]]**
> - **[[Sexual dimorphisms]]**