TTC Chemistry Collection


360p - Foundations of Organic Chemistry (2014) x265
01 Why Carbon
02 Structure of the Atom and Chemical Bonding
03 Drawing Chemical Structures
04 Drawing Chemical Reactions
05 Acid–Base Chemistry
06 Stereochemistry—Molecular Handedness
07 Alkanes—The Simplest Hydrocarbons
08 Cyclic Alkanes
09 Alkenes and Alkynes
10 Alkyl Halides
11 Substitution Reactions
12 Elimination Reactions
13 Addition Reactions
14 Alcohols and Ethers
15 Aldehydes and Ketones
16 Organic Acids and Esters
17 Amines, Imines, and Nitriles
18 Nitrates, Amino Acids, and Amides
19 Conjugation and the Diels-Alder Reaction
20 Benzene and Aromatic Compounds
21 Modifying Benzene—Aromatic Substitution
22 Sugars and Carbohydrates
23 DNA and Nucleic Acids
24 Amino Acids, Peptides, and Proteins
25 Metals in Organic Chemistry
26 Synthetic Polymers
27 UV-Visible Spectroscopy
28 Infrared Spectroscopy
29 Measuring Handedness with Polarimetry
30 Nuclear Magnetic Resonance
31 Advanced Spectroscopic Techniques
32 Purifying by Recrystallization
33 Purifying by Distillation
34 Purifying by Extraction
35 Purifying by Chromatography
36 The Future of Organic Chemistry
Foundations of Organic Chemistry.pdf


360p - The Nature of Matter (2015) x265
01 Matter, Energy, and Entropy
02 The Nature of Light and Matter
03 A New Theory of Matter
04 The Structure of Atoms and Molecules
05 The Stellar Atom-Building Machine
06 The Amazing Periodic Table
07 Ionic versus Covalent Matter
08 The Versatile Element - Carbon
09 The Strange Behavior of Water
10 Matter in Solution
11 Interactions - Adhesion and Cohesion
12 Surface Energy - The Interfaces Among Us
13 The Eloquent Chemistry of Carbon Compounds
14 Materials for Body Implants
15 The Chemistry of Food and Drink
16 Fuels and Explosives
17 The Air We Breathe
18 Materials - The Stone, Bronze,and Irong Ages
19 Again and Again - Polymers
20 Recycling Materials
21 Resistance is Futile - Superconductors
22 Resitance is Useful - Semiconductors
23 Out of Many, One - Composites
24 The Future of Materials
The Nature of Matter.pdf


480p - Chemistry and Our Universe (2016) x265
01 Is Chemistry The Science Of Everything
02 Matter And Measurement
03 Wave Nature Of Light
04 Particle Nature Of Light
05 Basic Structure Of The Atom
06 Electronic Structure Of The Atom
07 Periodic Trends - Navigating The Table
08 Compounds And Chemical Formulas
09 Joining Atoms - The Chemical Bond
10 Mapping Molecules - Lewis Structures
11 Vsepr Theory And Molecular Geometry
12 Hybridization Of Orbitals
13 Molecular Orbital Theory
14 Communicating Chemical Reactions
15 Chemical Accounting - Stoichiometry
16 Enthalpy And Calorimetry
17 Hess's Law And Heats Of Formation
18 Entropy - The Role Of Randomness
19 Influence Of Free Energy
20 Intermolecular Forces
21 Phase Changes In Matter
22 Behavior Of Gases - Gas Laws
23 Kinetic Molecular Theory
24 Liquids And Their Properties
25 Metals And Ionic Solids
26 Covalent Solids
27 Mixing It Up - Solutions
28 Solubility And Saturation
29 Colligative Properties Of Solutions
30 Modeling Reaction Rates
31 Temperature And Reaction Rates
32 Reaction Mechanisms And Catalysis
33 The Back And Forth Of Equilibrium
34 Manipulating Chemical Equilibrium
35 Acids, Bases, And The Ph Scale
36 Weak Acids And Bases
37 Acid-base Reactions And Buffers
38 Polyprotic Acids
39 Structural Basis For Acidity
40 Electron Exchange - Redox Reactions
41 Electromotive Force And Free Energy
42 Storing Electrical Potential - Batteries
43 Nuclear Chemistry And Radiation
44 Binding Energy And The Mass Defect
45 Breaking Things Down - Nuclear Fission
46 Building Things Up - Nuclear Fusion
47 Introduction To Organic Chemistry
48 Heteroatoms And Functional Groups
49 Reactions In Organic Chemistry
50 Synthetic Polymers
51 Biological Polymers
52 Medicinal Chemistry
53 Poisons, Toxins, And Venoms
54 Chemical Weapons
55 Tapping Chemical Energy - Fuels
56 Unleashing Chemical Energy - Explosives
57 Chemistry Of The Earth
58 Chemistry Of Our Oceans
59 Atmospheric Chemistry
60 Chemistry, Life, And The Cosmos
Chemistry and Our Universe (2016).pdf


480p - High School Chemistry (2009) h264
00. Professor Bio
01. Introduction And Philosophy
02. Basic Concepts Of Quantitative Reasoning
03. Quantitative Reasoning In Everyday Life
04  Quantitative Reasoning In Chemistry-density
05. The Si (Metric) System Of Measurement
06. Converting Between Systems Of Measurement
07. Elements, Atoms, And The Periodic Table
08. Ions, Compounds, And Interpreting Formulas
09. Isotopes And Families Of Elements
10. The Mole
11. Solving Mole Problems
12. Avogadro's Hypothesis And Molar Volume
13. Percent Composition And Empirical Formulas
14. Solving Empirical Formula Problems
15. Writing And Balancing Chemical Equations
16. An Introduction To Stoichiometry
17. Stoichiometry Problems
18. Advanced Stoichiometry
19. An Introduction To Molarity
20. Solving Molarity Problems
21. Advanced Molarity Problems
22. Basic Concepts Of Chemical Equilibrium
23. An Introduction To The Equilibrium Constant
24. Interpreting An Equilibrium Constant
25  Le Chatelier's Principle-concentration
26  Le Chatelier-pressure And Temperature
27. An Introduction To Equilibrium Problems
28. The Self-Ionization Of Water
29  Strong Acids And Bases - General Propeties
30. Solving Strong Acid And Base Problems
31. Weak Acids And Bases
32. Titrating Acids And Bases
33. Titration Curves And Indicators
34  Solubility Equilibria - Principles, Problems
35  Solubility Equilibria - Common Ion Effect
36. Putting It All Together
High School Chemistry.pdf