Course curriculum

    1. Mole concept P1

    2. Mole concept P2

    3. Mole Concept Q3

    4. Mole Concept Q4

    5. Mole Concept Q5

    6. Mole Concept Q6

    7. Mole Concept Q7

    8. Mole Concept Q8

    9. Mole Concept Q9

    10. Mole Concept Q10

    11. MCQ Q4

    12. MCQ Q7

    13. MCQ Q14

    14. MCQ Q19

    15. MCQ Q25

    16. Malleability

    1. Atomic Structure P1

    1. Ionic and Metallic Bonding

    2. Covalent Bonding Part 1

    3. Covalent Bonding Part 2: VSEPR, PDPD, IDID

    4. Covalent Bonding Practice 1

    5. Covalent Bonding Part 3: Hbond, Intermediate char, Hybridisation

    1. 24 May - 10 min Revision

    2. 24 May - Part 2: Titrimetic, clock reaction, graph

    3. 24 May - Part 3: Catalysts

    4. 24 May - Q2, Q4 practice

    1. 7 Jun - Part 1: LCP

    2. 7 Jun - Part 2: Kc

    3. 14 Jun - Part 1 and 2 recap

    4. 14 Jun - Part 3: Haber Process

    5. 14 Jun - Q1

    6. 7 Jun - Q2

    7. 7 Jun - Q3

    8. 14 Jun - Q4 i, iii

    9. 14 Jun - Q4 ii

    10. 14 Jun - Q5 Pt 1

    11. 14 Jun - Q5 Pt 2

    12. 14 Jun - Q6

    13. 14 Jun - Q7

    14. 14 Jun - Q8

    1. 1.1 Overview

    2. 1.2 Calorimetry

    3. 2.1 Enthalpy intro

    4. 2.2 ∆Hf, ∆Hc

    5. 2.3 ∆Hhyd, ∆Hsoln

    6. 2.4 Review of ∆Hf, ∆Hc, ∆Hhyd, ∆Hsoln

    7. 2.5 ∆Hn

    8. 2.6 ∆Hat

    9. 2.7 BE

    10. 2.8 LE

    11. 2.9 IE and EA

    12. 3.1 Hess law

    13. 3.2 Born haber cycle

    14. 3.3 Summary of enthalpy, energies, hess law, born haber cycle

    15. 3.4 Entropy and ∆G

About this course

  • Free
  • 134 lessons
  • 52.5 hours of video content

Discover your potential, starting today

Enroll today