AS Chemistry 9701 - Mega Lecture

About Course

Complete Course on AS Chemistry

Master AS Chemistry with our comprehensive course at Mega Lecture! Dive into essential topics, practice problems, and detailed explanations in our AS Chemistry course, empowering your understanding and exam readiness.

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Course Content

Physical chemistry

Live Class – AS Chem – Ionization Energies Introduction, Atomic Structure

40:19
Live Class – AS Chemistry – Atomic Structure and Past Paper Questions

40:15
Live Class – AS Chemistry – Atomic Structure, Orbitals, Subshells, and Shells

25:15
Atomic Structure for AS : Part 4 : Comparing 1st Ionization Energies Down a Group

08:38
Atomic Structure for AS : Part 5 : Comparing 1st Ionization Energies Across a Period

16:52
Atomic Structure for AS : Part 2 : Factors Affecting Ionization Energies

29:02
Atomic Structure for AS : Part 3 : Successive Ionization Energies

23:20
Atomic Structure for AS : Part 1 : Ionization Energies Introduction

11:55
atomic structure intro part1 electrons and orbitals

16:39
atomic structure intro part7 Examples Electronic Configuration of Groups in Periodic Table

17:24
atomic structure intro part5 Method for Arranging and Filling Electrons in Orbitals

15:44
atomic structure intro part3 electrons and stability

08:55
atomic structure intro part2 electrons and orbitals

10:09
atomic structure and bonding part1 introduction bonding in H H H F and F F

19:59
Live Class – AS Chemistry – Ionization Energy

44:46
Live Class – AS Chemistry – Past Paper Practice for Ionization Energy

35:04
Live Class – AS Chem – Ionization Past Paper Questions

39:49
Live Class – AS Chem – Ionization Energies, Down The Group, Across The Period

37:15
Live Class – AS Chem – Ionization Energies Introduction, Atomic Structure

40:19

Atoms, molecules and stoichiometry

The mole and the Avogadro constant

Live Class – AS Chemistry – Past Paper Practice for Moles

33:10
Live Class – AS Level – Moles and Combustion Analysis

36:58
Live Class – New AS Session – Moles and Percentages, Redox Reactions

47:06
Moles and PV=nRT Question

06:35
5 – Moles Practice Question on Titration

15:05
4 – Mole Practice Question on Limiting and Excess Reactant

08:39
3 – Moles Practice Question on Limiting and Excess Reactant

07:19
2 – Moles Practice Question on Limiting and Excess Reactant

09:02
1 – Moles Practice Question on Percentage Purity

12:41
Question on Moles and Gases

02:12
15-Moles & Titration : ATP Questions, Finding Unknown “x” in Acid HxA (s/10/qp43)

19:02
14-Moles & Titration : ATP Questions, Finding unknown “x” in Acid HxA (s/03/qp4)

20:10
1-Moles & Titration : ATP Questions, Find Water of Crystallization (s/12/qp41)

25:36
2-Moles & Titration : ATP Questions, Find Water of Crystallization, Redox Titration (s/04/qp4)

23:16
3-Moles & Titration : ATP Questions, Finding Unknown Ar/Mr (s/07/qp4)

30:00
4-Moles & Titration : ATP Questions, Finding Water of Crystallization, Redox Titration (s/13/qp41)

26:10
5-Moles & Titration : ATP Questions, Finding Percentage Purity, Redox Titration (s/06/qp4)

25:37
6-Moles & Titration : ATP Questions, Finding Unknown Ar/Mr (s/10/qp41)

20:48
7-Moles & Titration : ATP Questions, Finding Unknown Ar/Mr (s/13/qp42)

26:04
8-Moles & Titration : ATP Questions, Finding Unknown Ar/Mr (s/12/qp42)

16:52
9-Moles & Titration : ATP Questions, Finding Unknown Concentration (s/08/qp4)

25:08
10-Moles & Titration : ATP Questions, Finding Percentage Purity (s/09/qp4)

21:25
11-Moles & Titration : ATP Questions, Finding Percentage Composition (s/11/qp41)

24:27
12-Moles & Titration : ATP Questions, Finding Percentage Composition (s/11/qp42)

21:42
13-Moles and Titration : ATP Questions, Finding Unknown Ar/Mr (s/14/qp41)

26:49
Moles, Redox & Equations : Part 1

11:22
Moles, Redox & Equations : Part 2

10:02
Moles, Redox & Equations : Part 3

05:52
Moles, Redox & Equations : Part 4

04:49
Moles, Redox & Equations : Part 5

05:58
Questions – Moles, Ratios and Equations

05:15
Basic : Moles, Mass & Equations : Part 1

13:14
Basic : Moles, Mass & Equations : Part 2

17:50
Basic : Moles, Equations & Ratios : Part 1

10:56
Basic : Moles, Equations & Ratios : Part 2

12:42
Basic : Moles and Stoichiometry 1 – Converting Moles to Number of Particles

18:01
Basic : Moles and Stoichiometry 2 : Converting Number of Particles to Moles

14:48
Basic : Moles and Stoichiometry 3 : Moles equals Mass divided by Molar Mass

32:37
Basic : Moles and Stoichiometry 4 : Concentration equals Moles divided by Volume

12:22
Basic : Moles and Stoichiometry 5 : Moles of Gas equals Volume of Gas divided by Molar Volume

12:18

Formulae

Chemical bonding

Shapes of Molecules

Intermolecular forces, electronegativity and bond properties

States of matter

Bonding and structure

Enthalpy change, ΔH

Hess’s Law

Electrochemistry

Equilibria

Brønsted–Lowry theory of acids and bases

Rate of Reaction

Homogeneous and heterogeneous catalysts

Periodicity of physical properties of the elements in Period 3

Chemical periodicity of other elements

Group 2

Group 17

Nitrogen and sulfur

Shapes of organic molecules; σ and π bonds

Summary of Shapes, Geometry & Bond Angles of Molecules

07:07
How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 1

11:13
How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 2

07:54
How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 3

12:49
How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 4

08:58
How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 5

08:33
How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 6

05:13
How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 7

04:02
How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 8

03:39
How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 9

02:49
How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 10

09:41
Live Class – AS Chemistry – Sigma Bonds

30:22
4 – 9701_w19_qp_11 : Sigma Bonds

01:37
Live Class – AS Chemistry – Pi Bonds

38:58
Part 3 – A Levels Organic Chem, Structure of Benzene, Electrophilic Substitution, Pi Electron Cloud

50:28
37 – 9701_w19_qp_12 : Alkenes, Pi Bonds, Molecular Geometry, Lone Pairs

02:56
20 – 9701_w19_qp_12 : Sructural Isomers, Stereo Isomers, Pi Bonding, Alkenes

04:48
1 – Benzene : Structure of Benzene, Pi Electron Cloud and sp2 Hybridization

21:36
Chemical Bonding for A’Levels : Part 4 : Pi Bonding – Example of a Triple Bond

07:27
Chemical Bonding for A’Levels : Part 3 : Pi Bonding Introduction

08:18

Isomerism: structural and stereoisomerism

Nitrogen compounds

Infrared spectroscopy

Mass spectrometry

AS Chemistry Past Papers Session

Organic Chemistry

AS 9701 Organic Chemistry Part 0 | Introduction | Formulas

31:34
AS 9701 Organic Chemistry Part 1 | Structural Formulas, Skeletal Formulas, Condensed Formulas

42:37
AS 9701 Organic Chemistry Part 2 | Formulas and IUPAC Nomenclature for Organic Chemistry

01:25:22
AS 9701 Organic Chemistry Part 3 | IUPAC Nomenclature & Introduction to Isomers

42:31
AS 9701 Organic Chemistry Part 4 | Structural and Stereo Isomers

01:32:03
AS 9701 Organic Chemistry Part 5 | Structural and Stereo Isomers | Optical Isomers

39:16
AS 9701 Organic Chemistry Part 6 | Isomers and Past Paper Questions

42:07
AS 9701 Organic Chemistry Part 7 | Introduction to Alkanes and Mechanisms

36:22
AS 9701 Organic Chemistry Part 8 | Alkanes | Free Radical Substitution

37:59
AS 9701 Organic Chemistry Part 9 | Alkenes | Cracking | Electrophilic Addition

32:35
AS 9701 Organic Chemistry Part 10 | Alkenes | Electrophilic Addition | Markovnikov’s Rule

44:41
AS 9701 Organic Chemistry Part 11 | Alkenes | Electrophilic Addition | Mild & Strong Oxidation

29:36
AS 9701 Organic Chemistry Part 12 | Alkanes & Alkenes | Past Paper Questions

38:31
AS 9701 Organic Chemistry Part 13 | Halogenoalkanes | Nucleophilic Substitution

32:14
AS 9701 Organic Chemistry Part 14 | Halogenoalkanes | Nucleophilic Substitution

34:03
AS 9701 Organic Chemistry Part 15 | Halogenoalkanes | Elimination

32:59
AS 9701 Organic Chemistry Part 16 | Alcohols | Oxidation of Primary, Secondary, Tertiary Alcohols

35:35
AS 9701 Organic Chemistry Part 17 | Alcohols | Reduction of Carboxylic Acids, Aldehydes, Ketones

35:40
AS 9701 Organic Chemistry Part 18 | Carbonyl | Aldehyde & Ketones | Nucleophilic Addition | 2,4 DNPH

35:49
AS 9701 Organic Chemistry Part 19 | Carboxylic Acids

36:40
AS 9701 Organic Chemistry Part 20 | Past Paper Questions

34:32
AS 9701 Organic Chemistry Part 21 | Past Paper Questions

28:42
AS 9701 Organic Chemistry Part 22 | Past Paper Questions

38:43

AS Organic Chemistry Past Papers (200 Questions Solved)

Student Ratings & Reviews

5.0

Total 1 Rating

2 Ratings

0 Rating

1 year ago

I recently took as chemistry course and it was an amazing experience. The instructor was very knowledgeable and passionate about the subject matter. They made the material easy to understand and provided plenty of examples to help solidify the concepts. The course was also well-organized and the assignments and quizzes were challenging yet manageable. The lab component was also well-done and allowed for hands-on learning. Overall, I would highly recommend this course to anyone interested in chemistry.

About Course

Complete Course on AS Chemistry

Course Content

Physical chemistry

atomic structure intro part2 electrons and orbitals

Live Class – AS Chemistry – Ionization Energy

Live Class – AS Chemistry – Past Paper Practice for Ionization Energy

Live Class – AS Chem – Ionization Past Paper Questions

Live Class – AS Chem – Ionization Energies, Down The Group, Across The Period

Live Class – AS Chem – Ionization Energies Introduction, Atomic Structure

Atoms, molecules and stoichiometry

1 – 9701_s15_qp_21 : Relative Atomic Mass, Mass Spectroscopy

1 – 9701_m17_qp_22 : Relative Atomic Mass, Mass Spectroscopy

Relative atomic mass

Relative atomic mass

The mole and the Avogadro constant

3 – Moles Practice Question on Limiting and Excess Reactant

​Question on Moles and Gases

15-Moles & Titration : ATP Questions, Finding Unknown “x” in Acid HxA (s/10/qp43)

14-Moles & Titration : ATP Questions, Finding unknown “x” in Acid HxA (s/03/qp4)

1-Moles & Titration : ATP Questions, Find Water of Crystallization (s/12/qp41)

2-Moles & Titration : ATP Questions, Find Water of Crystallization, Redox Titration (s/04/qp4)

3-Moles & Titration : ATP Questions, Finding Unknown Ar/Mr (s/07/qp4)

4-Moles & Titration : ATP Questions, Finding Water of Crystallization, Redox Titration (s/13/qp41)

5-Moles & Titration : ATP Questions, Finding Percentage Purity, Redox Titration (s/06/qp4)

6-Moles & Titration : ATP Questions, Finding Unknown Ar/Mr (s/10/qp41)

7-Moles & Titration : ATP Questions, Finding Unknown Ar/Mr (s/13/qp42)

8-Moles & Titration : ATP Questions, Finding Unknown Ar/Mr (s/12/qp42)

9-Moles & Titration : ATP Questions, Finding Unknown Concentration (s/08/qp4)

10-Moles & Titration : ATP Questions, Finding Percentage Purity (s/09/qp4)

11-Moles & Titration : ATP Questions, Finding Percentage Composition (s/11/qp41)

12-Moles & Titration : ATP Questions, Finding Percentage Composition (s/11/qp42)

13-Moles and Titration : ATP Questions, Finding Unknown Ar/Mr (s/14/qp41)

Moles, Redox & Equations : Part 1

Moles, Redox & Equations : Part 2

Moles, Redox & Equations : Part 3

Moles, Redox & Equations : Part 4

Moles, Redox & Equations : Part 5

Questions – Moles, Ratios and Equations

Basic : Moles, Mass & Equations : Part 1

Basic : Moles, Mass & Equations : Part 2

Basic : Moles, Equations & Ratios : Part 1

Basic : Moles, Equations & Ratios : Part 2

Basic : Moles and Stoichiometry 1 – Converting Moles to Number of Particles

Basic : Moles and Stoichiometry 2 : Converting Number of Particles to Moles

Basic : Moles and Stoichiometry 3 : Moles equals Mass divided by Molar Mass

Basic : Moles and Stoichiometry 4 : Concentration equals Moles divided by Volume

Basic : Moles and Stoichiometry 5 : Moles of Gas equals Volume of Gas divided by Molar Volume

Formulae

3 – 9701_w07_qp_4 : Electrode Potential, Redox Equations, Empirical Formula

38 – 9701_s10_qp_11 : Structural Formula, Naming Organic Compounds

20 – 9701_s14_qp_13 : Esters, Structural Formula

5 – 9701_w16_qp_23 : Oxidation of Alcohols, Skeletal Formula, Esterfication

1 – 9701_s09_qp_2 : Moles and Ratios, Finding Molecular Formula

Coordinate Geometry : Distance Formula

Chemical bonding

Octet Expansion and Chemical Bonding

Chemical Bonding for A’Levels : Part 1 : Sigma Bonds

Chemical Bonding for A’Levels : Part 2 : Sigma Bonds Examples

Chemical Bonding for A’Levels : Part 4 : Pi Bonding – Example of a Triple Bond

Chemical Bonding for A’Levels : Part 5 : Carbon’s sp3 Hybridization

Covalent Bonding : Dot and Cross Diagram for Carbon + Florine

atomic structure and bonding part1 introduction bonding in H H H F and F F

6 – 9701_s18_qp_11 : Intermolecular Forces, Van der Waals, Giant Ionic/Covalent/Metallic Structures

Shapes of Molecules

How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 2

How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 3

How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 4

How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 5

How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 6

How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 7

How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 8

How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 9

How to Predict Shape, Geometry & Bond Angles in a Molecule : Part 10

Intermolecular forces, electronegativity and bond properties

Live Class – AS Chemistry – Intermolecular Forces

Live Class – AS Chemistry OCR – Intermolecular Forces and their Effects

Hydrogen Bonds : Intermolecular Forces

Physical Properties Dependent on Intermolecular Forces

States of matter

Question on Moles and Gases