Канал: Charmaine Arderne

CEM01B1-Unit 5 Video Example 8

CEM01B1-Unit 5 Video Example 8

CEM01B1-Unit 5 Video Example 7

CEM01B1-Unit 5 Video Example 7

CEM01B1-Unit 5 Video Example 6

CEM01B1-Unit 5 Video Example 6

CEM01B1-Unit 5 Video Example 5

CEM01B1-Unit 5 Video Example 5

CEM01B1-Unit 5 Video Example 4

CEM01B1-Unit 5 Video Example 4

CEM01B1-Unit 5 Video Example 3

CEM01B1-Unit 5 Video Example 3

CEM01B1-Unit 5 Video Example 2

CEM01B1-Unit 5 Video Example 2

CEM01B1-Unit 5 Video Example 1

CEM01B1-Unit 5 Video Example 1

CEM01B1-Unit 5 Video Example 9

CEM01B1-Unit 5 Video Example 9

CEM01B1-Unit 4 Video Example 11

CEM01B1-Unit 4 Video Example 11

CEM01B1-Unit 4 Video Example 10

CEM01B1-Unit 4 Video Example 10

CEM01B1-Unit 4 Video Example 9

CEM01B1-Unit 4 Video Example 9

CEM01B1-Unit 4 Video Example 8

CEM01B1-Unit 4 Video Example 8

CEM01B1-Unit 4 Video Example 7

CEM01B1-Unit 4 Video Example 7

CEM01B1-Unit 4 Video Example 6

CEM01B1-Unit 4 Video Example 6

CEM01B1-Unit 4 Video Example 5

CEM01B1-Unit 4 Video Example 5

CEM01B1-Unit 4 Video Example 4

CEM01B1-Unit 4 Video Example 4

CEM01B1-Unit 4 Video Example 3

CEM01B1-Unit 4 Video Example 3

CEM01B1-Unit 4 Video Example 2

CEM01B1-Unit 4 Video Example 2

CEM01B1-Unit 4-Video Example 1

CEM01B1-Unit 4-Video Example 1

CEM01B1-Unit 3-Video Example 6

CEM01B1-Unit 3-Video Example 6

CEM01B1-Unit 3-Video Example 5

CEM01B1-Unit 3-Video Example 5

CEM01B1-Unit 3-Video Example 4

CEM01B1-Unit 3-Video Example 4

CEM01B1-Unit 3-Video Example 3

CEM01B1-Unit 3-Video Example 3

CEM01B1-Unit 3-Video Example 2

CEM01B1-Unit 3-Video Example 2

CEM01B1-Unit 3-Video Example 1

CEM01B1-Unit 3-Video Example 1

CEM01B1-Unit 3-Video Example 7

CEM01B1-Unit 3-Video Example 7

CEM01B1-Unit 2-Video Example 12

CEM01B1-Unit 2-Video Example 12

CEM01B1-Unit 2-Video Example 11

CEM01B1-Unit 2-Video Example 11

CEM01B1-Unit 2-Video Example 10

CEM01B1-Unit 2-Video Example 10

CEM01B1-Unit 2-Video Example 9

CEM01B1-Unit 2-Video Example 9

CEM01B1-Unit 2-Video Example 8

CEM01B1-Unit 2-Video Example 8

CEM01B1-Unit 2-Video Example 7

CEM01B1-Unit 2-Video Example 7

CEM01B1-Unit 2-Video Example 5

CEM01B1-Unit 2-Video Example 5

CEM01B1-Unit 2-Video Example 4

CEM01B1-Unit 2-Video Example 4

CEM01B1-Unit 2-Video Example 3

CEM01B1-Unit 2-Video Example 3

CEM01B1-Unit 2-Video Example 2

CEM01B1-Unit 2-Video Example 2

CEM01B1-Unit 2-Video Example 1

CEM01B1-Unit 2-Video Example 1

CEM01B1-Unit 2-Video Example 13

CEM01B1-Unit 2-Video Example 13

CEM01B1-Unit 1-Video Example 12

CEM01B1-Unit 1-Video Example 12

CEM01B1-Unit 1-Video Example 11

CEM01B1-Unit 1-Video Example 11

CEM01B1-Unit 1-Video Example 10

CEM01B1-Unit 1-Video Example 10

CEM01B1-Unit 1-Video Example 9

CEM01B1-Unit 1-Video Example 9

CEM01B1-Unit 1-Video Example 6

CEM01B1-Unit 1-Video Example 6

CEM01B1-Unit 1-Video Example 5

CEM01B1-Unit 1-Video Example 5

CEM01B1-Unit 1-Video Example 4

CEM01B1-Unit 1-Video Example 4

CEM01B1-Unit 1-Video Example 3

CEM01B1-Unit 1-Video Example 3

CEM01B1-Unit 1-Video Example 2

CEM01B1-Unit 1-Video Example 2

CEM01B1-Unit1-Video Example 1

CEM01B1-Unit1-Video Example 1

Unit 8 Slides 43-47 Chemical Analysis

Unit 8 Slides 43-47 Chemical Analysis

Unit 8 Slides 35-42 Ionization based Techniques

Unit 8 Slides 35-42 Ionization based Techniques

Unit 8 Slides 23-34 Resonance Techniques

Unit 8 Slides 23-34 Resonance Techniques

Unit 8 Slides 12-22 Absorption spectroscopy

Unit 8 Slides 12-22 Absorption spectroscopy

$Unit 8 Slides 1-11 Diffraction Methods$

Unit 8 Slides 1-11 Diffraction Methods

Unit 7 Slides 32-44 Isomerism & Chirality

Unit 7 Slides 32-44 Isomerism & Chirality

Unit 7 Slides 22-31 Constitution Geometry & Coordination Nos

Unit 7 Slides 22-31 Constitution Geometry & Coordination Nos

Unit 7 Slides 10-21 Naming Coordination Compounds

Unit 7 Slides 10-21 Naming Coordination Compounds

Unit 7 Slides 1-9 Representative Ligands

Unit 7 Slides 1-9 Representative Ligands

Unit 6 Slides 28-31 Pourbaix Diagrams

Unit 6 Slides 28-31 Pourbaix Diagrams

Unit 6 Slides 23-27 Frost Diagrams

Unit 6 Slides 23-27 Frost Diagrams

Unit 6 Slides 18-22 Latimer Diagrams

Unit 6 Slides 18-22 Latimer Diagrams

Unit 6 Slides 11-17 Redox Stability

Unit 6 Slides 11-17 Redox Stability

Unit 6 Slides 1-10 REDOX Revision & Reduction Potentials

Unit 6 Slides 1-10 REDOX Revision & Reduction Potentials

Unit 5 Slides 29-40 Lewis Acids & Bases

Unit 5 Slides 29-40 Lewis Acids & Bases

Unit 5 Slides 14-28 Properties & Strengths of Acids & Bases

Unit 5 Slides 14-28 Properties & Strengths of Acids & Bases

Unit 5 Slides 1-13 Acids & Bases Revision

Unit 5 Slides 1-13 Acids & Bases Revision

Unit 4 Slides 24-36 Point Groups

Unit 4 Slides 24-36 Point Groups

Unit 4 Slides 19-23 Symmetry Operations & Elements

Unit 4 Slides 19-23 Symmetry Operations & Elements

Unit 4 Slides 12-18 Inversion & Improper Rotation

Unit 4 Slides 12-18 Inversion & Improper Rotation

Unit 4 Slides 1-11 Symmetry & Group Theory: Identity, n-Rotation & Reflection

Unit 4 Slides 1-11 Symmetry & Group Theory: Identity, n-Rotation & Reflection

Unit 3 Slides 52-64 Electronic Structure of Solids

Unit 3 Slides 52-64 Electronic Structure of Solids

Unit 3 Slides 40-51 Examples

Unit 3 Slides 40-51 Examples

Unit 3 Slides 32-39 Holes in close packed structures

Unit 3 Slides 32-39 Holes in close packed structures

Unit 3 Slides 25-31 Close packing

Unit 3 Slides 25-31 Close packing

Unit 3 Slides 22-24 Fractional Coordinates

Unit 3 Slides 22-24 Fractional Coordinates

Unit 3 Slides 20-21 Examples

Unit 3 Slides 20-21 Examples

Unit 3 Slides 8-19 Cubic Structures

Unit 3 Slides 8-19 Cubic Structures

Unit 3 Slides 1-7 Introduction to Solid State

Unit 3 Slides 1-7 Introduction to Solid State

Unit 2 MO Theory Heteronuclear diatomics: Drawing MO diagram examples

Unit 2 MO Theory Heteronuclear diatomics: Drawing MO diagram examples

Unit 2 Slides 50-63 MO Theory Heteronuclear diatomics

Unit 2 Slides 50-63 MO Theory Heteronuclear diatomics

Unit 2 Slides 36-49 MO Theory Homonuclear diatomics

Unit 2 Slides 36-49 MO Theory Homonuclear diatomics

Unit 2 MO Theory Homonuclear diatomics: Drawing MO diagram examples

Unit 2 MO Theory Homonuclear diatomics: Drawing MO diagram examples

Unit 2 Slides 29-35 Valence Bond Theory

Unit 2 Slides 29-35 Valence Bond Theory

Unit 2 Slides 21-28 Effect Of Electronegativity

Unit 2 Slides 21-28 Effect Of Electronegativity

Unit 2 Slides 9-20 VSEPR Theory

Unit 2 Slides 9-20 VSEPR Theory

Unit 2 Slides 1-8 Lewis Structures

Unit 2 Slides 1-8 Lewis Structures

Unit 1 Slides 68-78 Periodic Trends

Unit 1 Slides 68-78 Periodic Trends

Unit 1 Slides 62-67 Slaters Rules

Unit 1 Slides 62-67 Slaters Rules

Unit 1 Slides 54-61 Atomic Properties

Unit 1 Slides 54-61 Atomic Properties

Unit 1 Slides 42-53 Wavefunctions Orbitals & Quantum Nos

Unit 1 Slides 42-53 Wavefunctions Orbitals & Quantum Nos

Unit 1 Slides 30-41 Quantum Mechanics

Unit 1 Slides 30-41 Quantum Mechanics

Unit 1 Slides 19-29 Atomic Theory

Unit 1 Slides 19-29 Atomic Theory

Unit 1 Slides 1-18 General Introduction

Unit 1 Slides 1-18 General Introduction

VCCA 2020 Arderne et al P 33

VCCA 2020 Arderne et al P 33