Youtor
Molecular Orbital Theory Bonding amp Antibonding MO Bond Order
>> YOUR LINK HERE: ___ http://youtube.com/watch?v=ZJQNjGyMOe8
Everything you need to pass AQA A-Level Chemistry. A* revision; concise and comprehensive coverage of everything you need to know. • FREE Revision guide https://primrose-kitten.beehiiv.com/ • Predicted Papers for this year's exams: https://www.primrosekitten.com/collec... • FREE Revision Course https://www .primrosekittenacademy.com/course/aqa-a-level-chemistry just sign up https://www.primrosekittenacademy.com... to get free access • Amazing Tutors https://www.primrosekitten.com/pages/... • • Timestamps • 00:00:00 Start • 00:01:14 AS-Level Physical Chemistry Start • 00:02:23 Atomic Structure • 00:04:15 Periodic Table • 00:05:20 Isotopes • 00:08:02 Shells, subshells, and orbitals • 00:10:50 Ions • 00:16:15 Electron configuration • 00:19:21 Molecular and atomic mass • 00:19:58 Moles Avogadro • 00:21:40 Balancing equations • 00:25:01 Concentration • 00:25:53 Required practical - Volumetric solution and titration • 00:31:30 Ideal gas law • 00:34:03 Volume of gases • 00:35:03 Molecular and empirical formula • 00:37:47 Percentage yield • 00:39:17 Atom economy • 00:41:28 Water of Crystallisation • 00:45:32 Ionic Bonding • 00:50:42 Covalent bonding • 00:52:40 Metallic bonding • 00:53:13 Ionic structures • 00:54:43 Metallic structures • 00:55:19 Giant covalent Structures • 00:55:53 Diamond graphite • 00:56:44 Simple molecular properties • 00:58:00 Shapes of molecules • 01:02:28 VSEPR • 01:03:59 Electronegativity • 01:04:46 Bond polarity • 01:06:30 Permanent dipole • 01:07:47 Induced dipole • 01:09:40 Hydrogen bonding • 01:10:35 Enthalpy change • 01:13:38 Standard enthalpy change • 01:14:58 Calorimetry • 01:15:52 Required practical - Enthalpy change • 01:18:05 Hess's Law • 01:22:02 Bond enthalpy • 01:23:56 Collision theory • 01:25:15 Maxwell–Boltzmann distribution • 01:27:54 Required practical - Rate of reaction • 01:29:53 Pressure concentration • 01:30:17 Catalysts • 01:31:07 Le Chatelier’s principle dynamic equilibrium • 01:33:24 Kc • 01:35:35 Oxidation states • 01:39:40 Redox reactions half equations • 01:41:22 AS-Level Inorganic Chemistry Start • 01:41:38 Periodic table • 01:43:26 s, p, d or f block elements • 01:43:43 Period 3 • 01:45:10 Group 2 • 01:47:26 Sulfate ions • 01:48:05 Group 7 • 01:51:31 Halide ions • 01:53:00 Chlorine and chlorate • 01:55:32 Required practical - Identify cations and anions • 01:58:32 AS-Level Organic Chemistry Start • 01:59:32 Organic Chemistry Nomenclature • 02:00:26 IUPAC Naming • 02:01:59 Displayed structural and skeletal formula • 02:04:52 Alkanes • 02:07:58 Functional groups • 02:10:41 Reaction mechanisms • 02:12:14 Structural isomerism • 02:14:00 Stereoisomerism E–Z isomerism • 02:15:12 Cahn–Ingold–Prelog rules • 02:16:36 Fractional distillation • 02:17:33 Cracking • 02:18:52 Combustion • 02:20:59 Free radical • 02:23:14 Nucleophilic substitution • 02:25:18 Elimination reactions • 02:26:25 Ozone • 02:28:20 Alkenes • 02:29:34 Electrophilic Addition • 02:31:24 Major and minor - Markownikoff’s Rule • 02:33:02 Addition polymers • 02:34:15 Alcohols • 02:39:40 Oxidation of alcohols • 02:41:43 Tollens’ silver mirror • 02:42:25 Fehling’s • 02:42:50 Elimination Reactions • 02:44:13 Required practical - Distillation • 02:45:32 Required practical - Tests for alcohol, aldehyde, alkene and carboxylic acid • 02:47:07 Mass spectrometry • 02:49:41 Infrared spectroscopy • 02:50:49 Global warming • 02:51:52 A-Level Physical Chemistry Start • 02:52:58 Thermodynamics • 02:56:26 Born-Haber • 02:59:44 Entropy change • 03:01:24 Gibbs free-energy • 03:03:02 Order of reactions • 03:04:29 Rate constant • 03:06:02 Arrhenius equation • 03:07:31 Rate equation and mechanisms • 03:09:08 Required practical - Initial rate method • 03:10:09 Required practical - Continuous monitoring method • 03:12:04 Equilibrium constant • 03:13:55 Electrode potentials • 03:15:35 Standard Hydrogen Electrode • 03:16:25 Required practical - EMF • 03:20:16 Brønsted–Lowry acid-base equilibria • 03:21:14 Calculate pH • 03:23:00 Kw to calculate pH of strong bases • 03:24:45 Weak acids • 03:28:06 pH curves • 03:29:34 Required practical - pH changes • 03:31:05 Buffer Solutions • 03:33:56 A-level Inorganic Chemistry Start • 03:34:50 Period 3 • 03:39:21 Transition metals • 03:40:36 Complex ions • 03:49:06 Variable oxidation states • 03:51:19 Redox titration with manganate • 03:54:30 Homogeneous and heterogeneous catalysts • 03:55:48 Contact process • 03:56:48 Haber process • 03:57:20 Fe2+ ions catalyse • 03:58:40 Mn2+ ions autocatalyze • 03:59:48 Metal-aqua ions • 04:01:58 Required practical - Identify transition metal ions • 04:04:09 A-level Organic Chemistry Start • 04:04:53 Optical isomerism • 04:07:19 Aldehydes Ketone • 04:12:41 Carboxylic acids • 04:13:42 Esters • 04:16:10 Acid anhydrides • 04:16:38 Acyl chlorides • 04:20:34 Required practical - Organic solid • 04:21:34 Required practical - Organic liquid • 04:30:14 Benzene • 04:32:06 Nitration • 04:33:24 Friedel-Crafts acylation reactions • 04:34:10 Amines • 04:40:00 Condensation polymerization • 04:45:10 Amino acids • 04:48:21 Enzymes • 04:49:20 DNA • 04:51:24 Organic synthesis • 04:54:51 H NMR • 04:55:51 C NMR • 05:02:28 Chromatography • 05:04:27 Required practical - TLC
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