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Chemistry (Bonds (Polar (Dipole Moments (London Dispersion), Hydrogen…

- - - - London Dispersion
  - - - Nomenclature
      - Binary Compounds
- - - - Alpha Radiation
      - Beta Radiation
      - Gamma Radiation
      - Half-life
    - - Atomic Number
    - - Quantum Numbers
        
        Principal Quantum Number (power level)
        
        Angular Momentum Quantum Number (orbital type)
        
        Magnetic Quantum Number (orientation of orbital)
        
        Spin Quantum Number (spin direction)
      - Heisenberg Uncertainty Principle
      - Pauli Exclusion Principle
      - Aufbau Principle
      - Hund's Rule
    - - Isotopes
  - - - Chemical Reactions
        
        Equilibrium
        
        Law of Mass Action
        
        Equilibrium constant K
        
        ICE tables
        
        K<1, reactant favored
        
        K>1, product favored
        
        Reaction quotient Q
        
        Q=K, system at equilibrium
        
        Q>K, system shifts to left
        
        Q<K, system shifts to right
        
        Using partial pressures
        
        Le Chatelier's Principle
        
        When system at equilibrium is placed under stress, system will undergo a change in such a way to relieve stress
        
        Kinetics
        
        Factors affecting rate
        
        Temperature
        
        Surface Area
        
        Concentration
        
        Presence of Catalyst
        
        Enzymes
        
        Rate Laws
        
        r=k[A]^x{B]^y
        
        Rate Expressions
        
        -/+[change in concentration]/[change in time]
        
        Collision Model
        
        Types of Reactions
        
        Synthesis
        
        Decomposition
        
        Single Replacement
        
        Activity Series
        
        Double Replacement
        
        Combustion
        
        Oxidation-reduction
        
        OIL RIG
        
        Oxidation states
        
        Half Reactions
        
        Equation
        
        Net Ionic Reaction
        
        Balancing
        
        Stoichiometry
        
        Neutralization Reaction
        
        Law of Conservation of Mass
    - - Gases
        
        Gas Laws
        
        Ideal Gas Law
        
        Charles' Law
        
        Gay Lussac's Law
        
        Avogadro's Law
        
        Boyle's Law
        
        Dalton's Law of Partial Pressures
        
        STP
        
        Pressure is 1 atm
        
        Temperature is 273 K
        
        1 mol of gas at STP is 22.4 L
        
        Ideal Gas
        
        Do not have volume
        
        Elastic collision
        
        Gases behave most ideally in high temperature, low pressure
        
        No intermolecular forces
        
        Effustion
        
        Diffusion
- - - - Joule
      - Calorie=4.18 Joules