filechemistry-v3c0

chemistry
  • MP4001 Introduction to the atom.mp416.28MB
  • MP4002 Orbitals.mp412.60MB
  • MP4003 More on orbitals and electron configuration.mp414.34MB
  • MP4004 Electron Configurations.mp412.82MB
  • MP4005 Electron Configurations 2.mp49.88MB
  • MP4006 Valence Electrons.mp415.36MB
  • MP4007 Groups of the Periodic Table.mp411.87MB
  • MP4008 Ionization Energy.mp411.54MB
  • MP4009 Other Periodic Table Trends.mp418.15MB
  • MP4010 Ionic, Covalent, and Metallic Bonds.mp49.32MB
  • MP4011 Molecular and Empirical Formulas.mp414.00MB
  • MP4012 The Mole and ogadro_.mp48.37MB
  • MP4013 Formula from ss Composition.mp411.65MB
  • MP4014 Another ss composition problem.mp46.22MB
  • MP4015 Balancing Chemical Equations.mp49.03MB
  • MP4016 Stoichiometry.mp48.92MB
  • MP4017 Limiting Reagent.mp412.10MB
  • MP4018 Ideal Gas Equation PV=nRT.mp47.32MB
  • MP4019 Ideal Gas Equation Example 1.mp47.30MB
  • MP4020 Ideal Gas Equation Example 2.mp49.89MB
  • MP4021 Ideal Gas Equation Example 3.mp44.37MB
  • MP4022 Ideal Gas Example 4.mp43.96MB
  • MP4023 Partial Pressure.mp414.49MB
  • MP4024 States of tter.mp412.48MB
  • MP4025 States of tter Follow-Up.mp45.41MB
  • MP4026 Specific Heat, Heat of Fusion and Vaporization.mp412.51MB
  • MP4027 Chilling Water Problem.mp48.99MB
  • MP4028 Phase Diagrams.mp49.31MB
  • MP4029 Van Der Waals Forces.mp49.36MB
  • MP4030 Covalent Networks, Metallic, and Ionic Crystals.mp47.48MB
  • MP4031 Vapor Pressure.mp413.52MB
  • MP4032 Suspensions, Colloids and Solutions.mp410.51MB
  • MP4033 Solubility.mp410.08MB
  • MP4034 Boiling Point Elevation and Freezing Point Supression.mp412.60MB
  • MP4035 Introduction to Kinetics.mp411.15MB
  • MP4036 Reactions in Equilibrium.mp410.06MB
  • MP4037 Mini-Video on Ion Size.mp43.19MB
  • MP4038 Keq Intuition (thy and not necessary to progress).mp49.37MB
  • MP4039 Keq derivation intuition (can skip.mp413.88MB
  • MP4040 Heterogenous Equilibrium.mp46.11MB
  • MP4041 Le Chateliers Principle.mp414.66MB
  • MP4042 Introduction to pH, pOH, and pKw.mp412.50MB
  • MP4043 Acid Base Introduction.mp415.11MB
  • MP4044 pH, pOH of Strong Acids and Bases.mp49.64MB
  • MP4045 pH of a Weak Acid.mp415.58MB
  • MP4046 pH of a Weak Base.mp410.05MB
  • MP4047 Conjugate Acids and Bases.mp412.46MB
  • MP4048 pKa and pKb Relationship.mp49.93MB
  • MP4049 Buffers and Hendersen-Hasselbalch.mp412.76MB
  • MP4050 Strong Acid Titrations.mp415.11MB
  • MP4051 Weak Acid Titration.mp47.84MB
  • MP4052 Half Equivalence Point.mp411.59MB
  • MP4053 Titration Roundup.mp48.13MB
  • MP4054 Introduction to Oxidation States.mp416.36MB
  • MP4055 More on Oxidation States.mp414.45MB
  • MP4056 Hydrogen Peroxide Correction.mp41.19MB
  • MP4057 Redox Reactions.mp411.04MB
  • MP4058 Galvanic Cells.mp414.36MB
  • MP4059 Types of Decay.mp410.83MB
  • MP4060 Half-Life.mp49.76MB
  • MP4061 Exponential Decay Formula Proof (can skip, involves Calculus).mp49.15MB
  • MP4062 Introduction to Exponential Decay.mp48.31MB
  • MP4063 More Exponential Decay Examples.mp45.54MB
  • MP40 Quasistatic and Reversible Processes.mp412.20MB
  • MP4065 First Law of Thermodynamics_ Internal Energy.mp413.31MB
  • MP4066 More on Internal Energy.mp49.46MB
  • MP4067 Work from Expansion.mp49.08MB
  • MP4068 PV-diagrams and Expansion Work.mp412.25MB
  • MP4069 U=(3_2)PV or U=(3_2)nRT.mp412.71MB
  • MP4070 Work Done by Isothermic Process.mp414.56MB
  • MP4071 Carnot Cycle and Carnot Engine.mp416.52MB
  • MP4072 Volume Ratios in a Carnot Cycle.mp415.78MB
  • MP4073 S (or Entropy) is a valid state variable.mp415.44MB
  • MP4074 Thermodynamic Entropy Definition Clarification.mp410.27MB
  • MP4075 Reconciling Thermodynamic and State Definitions of Entropy.mp426.79MB
  • MP4076 Entropy Intuition.mp414.23MB
  • MP4077 xwell_s Demon.mp49.64MB
  • MP4078 More on Entropy.mp45.78MB
  • MP4079 Efficiency of a Carnot Engine.mp412.86MB
  • MP4080 Reversing the Cycle.mp413.32MB
  • MP4081 Proving that it is the most efficient.mp49.09MB
  • MP4082 Enthalpy.mp410.69MB
  • MP4083 Heat of Fortion.mp49.80MB
  • MP4084 Hess_s Law and Reaction Enthalpy Change.mp413.61MB
  • MP4085 Gi Free Energy and Spontaneity.mp412.62MB
  • MP4086 Gi Free Energy Example.mp49.15MB
  • MP4087 More rigorous Gi Free Energy_ Spontaneity Relationship.mp49.60MB
  • MP4088 A look at a seductive but wrong Gi_Spontaneity Proof.mp46.44MB
  • MP4089 Stoichiometry Example Problem 1.mp49.45MB
  • MP4090 Stoichiometry Example Problem 2.mp415.40MB
  • MP4091 Limiting Reactant Example Problem 1.mp415.55MB
  • MP4092 Empirical and Molecular Formulas from Stoichiometry.mp412.02MB
  • MP4093 Example of Finding Reactant Empirical Formula.mp411.93MB
  • MP4094 Stoichiometry of a Reaction in Solution.mp46.00MB
  • MP4095 Another Stoichiometry Example in a Solution.mp46.00MB
  • MP4096 Molecular and Empirical Forumlas from Percent Composition.mp47.84MB
  • MP4097 Acid Base Titration.mp49.82MB
  • MP4098 Spectrophotometry Introduction.mp48.19MB
  • MP4099 Spectrophotometry Example.mp411.72MB
  • MP4100 Hess_s Law Example.mp410.98MB
  • MP4101 Vapor Pressure Example.mp413.42MB
  • MP4102 Change of State Example.mp45.62MB
  • MP4103 Carbon 14 Dating 1.mp46.01MB
  • MP4104 Carbon 14 Dating 2.mp44.97MB
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