Science

Chemistry 11

Chemistry 11

Course Description

Chemistry is the branch of science that deals with the principles of atoms, molecule’s structure, elements of properties, states of matter and change, chemical bonding and reactions, hybridization and environmental chemistry. In this course, students will also learn about thermodynamics, principles of organic chemistry, fundamental principles and theories of chemistry.

What you’ll learn
  • Some Basic Concepts of Chemistry
  • Structure of Atom-Chemistry
  • Classification of Elements and Periodicity in Properties
  • Chemical Bonding and Molecular Structure
  • States of Matter
  • Thermodynamics - Chemistry
  • Equilibrium
  • Redox Reactions
  • Hydrogen
  • The s-Block Elements
  • The p-Block Elements
  • Organic Chemistry Some Basic Principles
  • Hydrocarbons
  • Environmental Chemistry
1.1: Introduction  

01:01

2.1: Learning Objectives  

00:45

3.1: Importance of Chemistry  

00:50

4.1: States of Matter  

01:57

5.1: Classification of Matter  

01:50

6.1: Properties of Matter  

01:45

7.1: Properties of Matter and their Measurements  

01:48

8.1: Uncertainty in Measurement  

03:22

9.1: Laws of Chemical Combinations  

01:27

10.1: Dalton’s Atomic Theory  

00:36

11.1: Atomic and Molecular Masses  

02:37

12.1: Mole Concept and Molar Masses  

01:41

13.1: Percentage Composition  

01:34

14.1: Stoichiometry and Stoichiometric Calculations  

00:47

15.1: Reactions in Solutions  

00:47

16.1: Summary  

00:43

1.1: Introduction  

00:50

2.1: Learning Objectives  

00:55

3.1: Sub-Atomic Particles  

00:40

4.1: Discovery of Electron  

01:31

5.1: Charge to Mass Ratio of Electron  

01:35

6.1: Charge and Mass of Electron  

00:34

7.1: Discovery of Protons and Neutrons  

01:44

8.1: Atomic Models  

00:35

9.1: Thomson Model of Atom  

00:53

10.1: Rutherford’s Nuclear Model of Atom  

02:25

11.1: Atomic Number and Mass Number  

01:03

12.1: Developments Leading to the Bohr’s Model of Atom  

00:40

13.1: Wave Nature of Electromagnetic Radiation  

01:44

14.1: Particle Nature of Electromagnetic Radiation  

01:25

15.1: Photoelectric Effect  

01:39

16.1: Atomic Spectra  

00:50

17.1: Atomic Spectra  

01:08

18.1: Line Spectrum of Hydrogen  

01:23

19.1: Bohr’s Model for Hydrogen Atom  

01:37

20.1: Bohr’s Theory for Hydrogen Atom  

02:28

21.1: Towards Quantum Mechanical Model of the Atom  

01:51

22.1: Quantum Mechanical Model of Atom  

01:04

23.1: Orbits and Orbitals  

00:23

24.1: Quantum Numbers  

02:01

25.1: Shapes of Atomic Orbitals  

02:19

26.1: Energies of Atomic Orbitals  

00:58

27.1: Filling of Orbitals in Atom  

01:10

28.1: Electronic Configuration of Atoms  

01:15

29.1: Summary  

04:33

1.1: Introduction - Classification of Elements and Periodicity in Properties  

2.1: Learning Objectives  

00:48

3.1: Need to Classify Elements  

00:37

4.1: Genesis of Periodic Classification  

00:24

5.1: Dobereiner’s Triads  

01:09

6.1: Newland’s Octaves  

01:07

7.1: Lothar Meyer Atomic Volume Curve  

00:53

8.1: Mendeleev Periodic Table  

02:20

9.1: Modern Periodic Table  

01:16

10.1: Nomenclature of Elements with Atomic Numbers 00  

00:35

11.1: Electronic Configurations in Periods  

02:55

12.1: Groupwise Electronic Configurations  

01:58

13.1: s-, p-, d- and f- Block Elements  

02:08

14.1: Metals, Non-metals and Metalloids  

00:59

15.1: Periodic Trends in Physical Properties  

01:56

16.1: Periodic Trends in Chemical Properties  

00:59

17.1: Periodic Trends and Chemical Reactivity  

00:48

18.1: Summary  

02:28

1.1: Introduction - Chemical Bonding and Molecular Structure  

00:52

2.1: Learning Objectives-Chemical Bonding and Molecular Structure  

00:49

3.1: Kossel - Lewis Approach to Chemical Bonding  

01:10

4.1: Lewis Representation of Simple Molecules  

00:53

5.1: Covalent Bond-Chemical Bonding and Molecular Structure  

01:55

6.1: Formal Charge  

01:04

7.1: Limitations of the Octet Theory  

01:56

8.1: Ionic Bond or Electrovalent Bond  

01:39

9.1: Bond Parameters  

02:47

10.1: Polar and non polar bonds  

02:07

11.1: VSEPR Theory  

02:23

12.1: Valence Bond Theory  

02:00

13.1: Hybridisation  

00:36

14.1: Types of Hybridisation  

03:36

15.1: MO Theory  

00:59

16.1: Sigma and Pi MO Theory  

02:32

17.1: Bond Order  

01:37

18.1: Hydrogen Bonding  

01:06

19.1: Summary-Chemical Bonding and Molecular Structure  

02:38

1.1: Introduction  

00:30

2.1: Learning Objectives  

00:44

3.1: Intermolecular Forces  

00:37

4.1: Dispersion Forces or London Forces  

00:57

5.1: Dipole - Dipole Forces  

00:31

6.1: Dipole – Induced Dipole Forces  

00:28

7.1: Hydrogen Bond  

01:05

8.1: Thermal Energy  

00:42

9.1: The Gaseous State  

00:42

10.1: The Gas Laws  

03:43

11.1: Ideal Gas Equation  

02:30

12.1: Kinetic Molecular Theory of Gases  

01:33

13.1: Behaviour of Real Gases  

02:09

14.1: Liquefaction of Gases  

00:50

15.1: Liquid State  

00:30

16.1: Vapour Pressure  

01:23

17.1: Surface Tension  

00:52

18.1: Viscosity  

01:57

19.1: Summary  

02:42

1.1: Introduction  

00:56

2.1: Learning Objectives  

01:23

3.1: System and Surroundings  

00:47

4.1: Types of System  

01:18

5.1: State of the System  

01:24

6.1: Internal Energy as a State Function  

02:31

7.1: First Law of Thermodynamics  

01:11

8.1: Work and Enthalpy  

01:46

9.1: Heat Capacity  

01:23

10.1: Measurement of ∆U and ∆H Calorimetry  

02:11

11.1: Enthalpy Change of Reactions  

02:44

12.1: Hess’s Law of Constant Heat Summation  

00:35

13.1: Born - Haber Cycle  

01:41

14.1: Spontaneity  

01:27

15.1: Second Law of Thermodynamics  

01:02

16.1: Gibbs Energy Change, Spontaneity and Equilibrium  

02:03

17.1: Summary - Thermodynamics - Chemistry  

03:10

1.1: Introduction  

00:53

2.1: Learning Objectives  

01:20

3.1: Equilibrium State  

00:58

4.1: Equilibrium in Physical Processes  

00:28

5.1: Solid - Liquid Equilibrium  

01:06

6.1: Liquid - Vapour Equilibrium  

01:52

7.1: Solid - Vapour Equilibrium  

00:40

8.1: Equlibrium involving Dissolution of Solids in Liquids  

01:23

9.1: Equilibrium involving Dissolution of Gases in Liquidsz  

01:35

10.1: General Characteristics of Equilibria Involving Physical Processes  

00:48

11.1: Equilibrium in Chemical Processes  

02:22

12.1: Law of Chemical Equilibrium and Equilibrium Constant  

01:33

13.1: Homogeneous Equilibria  

02:08

14.1: Heterogeneous Equilibria  

00:50

15.1: Applications of Equilibrium Constants  

03:03

16.1: Relationship between K, Q and G  

02:31

17.1: Factors Affecting Equilibria  

00:34

18.1: Ionic Equilibrium in Solution  

01:13

19.1: Concept of Acids and Bases  

02:26

20.1: Ionization of Acids and Bases  

01:24

21.1: Ionization of Water  

01:27

22.1: pH Scalez  

01:25

23.1: Ionization of Weak Electrolytes  

01:59

24.1: Factors Affecting Acid Strength  

01:22

25.1: Common Ion Effect  

01:43

26.1: Hydrolysis of Salts  

01:38

27.1: Buffer Solutions  

00:45

28.1: Solubility Equilibria of Sparingly Soluble Salts  

01:31

29.1: Summary  

03:27

1.1: Introduction-Redox Reactions  

00:39

2.1: Learning Objectives-Redox Reactions  

01:11

3.1: Classical View of Redox Reactions  

00:50

4.1: Redox Reactions in terms of Electron Transfer  

02:08

5.1: Oxidation half and Reduction half reactions  

00:50

6.1: Competitive Electron Transfer Reactions  

02:20

7.1: Oxidation Number  

01:58

8.1: Stock Notation  

00:49

9.1: Oxidation and Reduction in terms of Oxidation Number  

01:05

10.1: Types of Redox Reactions  

02:08

11.1: Balancing of Redox Reactions  

00:30

12.1: Oxidation Number Method  

01:09

13.1: Half Reaction Method  

01:39

14.1: Application of Redox Reactions Redox Titrations  

01:14

15.1: Redox Reactions and Electrode Processes  

01:02

16.1: Electrochemical Cells  

01:44

17.1: Electrode Potential  

01:23

18.1: Summary-Redox Reactions  

02:19

1.1: Introduction  

01:13

2.1: Learning Objectives  

00:56

3.1: Position of Hydrogen in the Periodic Table  

01:55

4.1: Isotopes of Hydrogen  

00:47

5.1: Laboratory Preparation of Dihydrogen  

00:48

6.1: Commercial Production of Dihydrogen  

01:53

7.1: Properties of Dihydrogen  

01:58

8.1: Uses of Dihydrogen  

01:04

9.1: Hydrides  

03:21

10.1: Water and its Physical Properties  

01:19

11.1: Structure of Water and Ice  

01:31

12.1: Chemical Properties of Water  

01:26

13.1: Hard and Soft Water  

00:58

14.1: Temporary Hardness of Water  

01:07

15.1: Permanent Hardness of Water  

01:32

16.1: Preparation of Hydrogen peroxide  

00:59

17.1: Preparation of Hydrogen peroxide-Hydrogen  

01:07

18.1: Structure and Uses of Hydrogen peroxide  

01:13

19.1: Heavy Water  

00:45

20.1: Dihydarogen as a Fuel  

00:58

21.1: Summary  

02:46

1.1: Introduction  

02:06

2.1: Learning Objectives  

01:36

3.1: Physical properties of Alkali Metals  

01:52

4.1: Chemical Properties of Alkali Metals  

03:21

5.1: Uses of Alkali Metals  

01:14

6.1: Compounds of Alkali Metals and Their General Characteristics  

7.1: Properties of Lithium  

02:47

8.1: Some Important Compounds of Sodium  

9.1: Biological Importance of Sodium and Potassium  

01:37

10.1: Some Important Compounds of Sodium  

11.1: Physical properties of Alkaline Earth Metals  

01:12

12.1: Chemical Properties of Alkaline Earth Metals  

01:46

13.1: Uses of Alkaline Earth Metals  

00:45

14.1: Compounds of Alkaline Earth Metals and Their General Characteristics  

02:27

15.1: Anomalous Properties of Beryllium  

01:25

16.1: Some Important Compounds of Calcium  

03:33

17.1: Biological Importance of Magnesium and Calcium  

00:29

1.1: Introduction  

00:57

2.1: Learning Objectives  

00:37

3.1: Group 5 Elements  

03:34

4.1: Preparation of Dinitrogen  

01:09

5.1: Preparation of Ammonia  

01:06

6.1: Nitric Acid  

01:30

7.1: Phosphorus – Allotropic Forms  

01:08

8.1: Preparation of Phosphine  

01:05

9.1: Anomalous Properties of Boron  

00:58

10.1: Preparation of Ozone  

01:20

11.1: Sulphur  

00:53

12.1: Preparation Of Sulphur Dioxide -  

01:32

13.1: Manufacture Of Sulphuric Acid  

01:33

14.1: Group 7 Elements  

02:35

15.1: Chlorine  

01:53

16.1: Group 8 Elements  

02:09

17.1: Summary - The p-Block Elements  

01:07

1.1: Introduction  

01:12

2.1: Learning Objectives  

01:06

3.1: Tetravalency of Carbon  

01:24

4.1: Shapes of Carbon Compounds  

01:27

5.1: Structural Representations of Organic Compounds  

01:58

6.1: Structural formulae of Organic Compounds  

01:38

7.1: Three-Dimensional Representation of Organic Molecules  

01:00

8.1: Classification of Organic Compounds  

02:39

9.1: Functional Group and Homologous Series  

00:47

10.1: Nomenclature of Organic Compounds  

03:10

11.1: Nomenclature of polyfunctional groups  

00:59

12.1: Isomerism  

02:36

13.1: Types of Isomerism  

01:19

14.1: Fundamental Concepts in Organic Reaction Mechanism  

00:42

15.1: Fission of a Covalent Bond  

01:21

16.1: Carbocations and Carbanions  

02:41

17.1: Nucleophiles and Electrophiles  

01:03

18.1: Electronic Displacement in Covalent Bond  

00:16

19.1: Inductive effect  

01:01

20.1: Electromeric effect  

01:11

21.1: Resonance or Mesomeric effect  

01:13

22.1: Hyperconjugation  

00:41

23.1: Techniques of Purification of Organic Compounds  

02:26

24.1: Simple and Fractional Distillation  

02:33

25.1: Distillation Under Reduced Pressure and Steam Distillation  

01:20

26.1: Chromatography  

04:35

27.1: Quantitative Analysis of Organic Compounds  

01:21

28.1: Test for Nitrogen, Sulphur and Halogens  

02:04

29.1: Test for Carbon, Hydrogen and Phosphorus  

01:20

30.1: Qualitative Analysis of Organic Compounds  

01:48

31.1: Estimation of Nitrogen  

01:45

32.1: Estimation of Halogens, Sulphur, Phosphorus, Oxygen  

01:00

33.1: Summary  

04:04

1.1: Introduction - Hydrocarbons  

00:43

2.1: Learning Objectives - Hydrocarbons  

01:11

3.1: Hydrocarbons and its classification  

01:43

4.1: Alkanes  

00:55

5.1: Nomenclature of Alkanes  

01:47

6.1: Isomerism in Alkanes  

00:28

7.1: Preparation of Alkanes  

02:05

8.1: Physical Properties of Alkanes  

01:35

9.1: Chemical Properties of Alkanes  

02:36

10.1: Conformation of Alkanes  

02:30

11.1: Alkenes  

01:10

12.1: Nomenclature of Alkenes  

01:06

13.1: Isomerism in Alkenes  

01:34

14.1: Preparation of Alkenes  

01:30

15.1: Physical Properties of Alkenes  

00:32

16.1: Chemical Properties of Alkenes  

04:15

17.1: Alkynes  

01:18

18.1: Nomenclature of Alkynes  

00:47

19.1: Isomerism in Alkynes  

00:36

20.1: Preparation of Alkynes  

00:38

21.1: Physical Properties of Alkynes  

00:32

22.1: Chemical Properties of Alkynes  

02:10

23.1: Aromatic Hydrocarbon  

00:40

24.1: Structure of Benzene  

01:32

25.1: Aromaticity  

01:11

26.1: Preparation of Benzene  

00:30

27.1: Physical Properties of Aromatic Hydrocarbons  

00:33

28.1: Chemical Properties of Aromatic Hydrocarbons  

02:25

29.1: Ortho, meta and para - directing groups  

01:36

30.1: Carcinogenicity and Toxicity  

00:28

31.1: Summary- Hydrocarbons  

02:00

1.1: Introduction  

00:56

2.1: Learning Objectives  

00:50

3.1: Environmental Pollution  

01:41

4.1: Atmospheric Pollution  

00:54

5.1: Gaseous Air Pollutants  

04:04

6.1: Greenhouse Effect  

02:28

7.1: Acid Rain  

01:18

8.1: Particulate Pollutants  

01:39

9.1: Smog  

02:27

10.1: Stratospheric Pollution  

02:11

11.1: Water Pollution  

01:18

12.1: Causes of Water Pollution  

03:29

13.1: International Standards for Drinking Water  

01:52

14.1: Soil Pollution  

01:32

15.1: Industrial Wastes  

01:26

16.1: Waste Management  

01:30

17.1: Green Chemistry  

01:09

18.1: Summary  

03:06

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This course includes
  • Units 14
  • Lessons 302
  • Expiry Date Full lifetime access
  • Language English
  • Last Updated Nov 08 2022

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