04:19

Acid Metal Reactions

04:41

Acid Carbonate Reactions

04:08

1 Subatomic Particles

06:25

2 Subatomic Particles and the Periodic Table

07:22

3 Isotopes

07:00

4 Ions

03:20

The Effect of Catalysts on Rate

01:35

The Effect of Temperature on Rate

04:27

The Effect of Concentration on Rate

03:43

The Effect of Surface Area on Rate

03:43

The Effect of Surface Area on Rate

05:15

Identifying Metal Carbonates

04:10

Reducing Metal Oxides using Carbon

03:16

Electrolysis

03:31

Metal Displacement Reactions

02:44

Combustion Reactions

02:26

Precipitation Reactions

05:15

Combination Reactions

04:19

Decomposition Reactions

03:32

Modelling Covalent Molecules

05:26

Making Borax Crystals

03:49

Making Metal Crystals

03:53

Density of Metals

03:32

Reactivity of Metals

10:23

3 Buffer Solutions

12:22

5 Important Macromolecules

03:44

1 Protein Structure

04:29

3 Secondary Structure

04:02

2 Primary Structure

06:38

4 Tertiary Structure

06:17

2 TLC

05:51

3 HPLC

04:18

4 GC

07:08

1 Chromatography Principles

06:56

7 Amides

08:31

11 Ester (and Amide) Hydrolysis

04:54

13 Molten Electrolysis

08:56

12 Electrolysis Principles

10:03

14 Aqueous Electrolysis

15:09

Linearising

06:47

1 Ka

08:09

4.3 Indicators

09:16

4.2 Ka and pH

10:34

2 Periodic Trends 2

09:44

5 Interconverting Volumes and Moles

07:12

10 The Electromagnetic Spectrum

12:03

11 Atomic Line Spectra

06:15

12 Atomic Absorption Spectroscopy

07:42

9 Mass spectrometer analysis

07:44

8 Mass spectrometer operation

11:23

9.2 Using K to check concentration changes

06:00

9.1 Factors Affecting Equilibrium Constants

08:16

1.1 Equilibrium Constant Expressions

10:29

2 Endothermic and Exothermic Processes

06:25

4 Examples of Shapes 1

08:06

4 Percentage Purity harder

05:03

3 Percentage Purity simpler

06:26

2 Percentage Yield

09:11

1 Advanced Gas Stoichiometry

08:41

3 Rates of Chemical Reactions