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    S1.3.6 Calculating ionisation energy (HL)

    S1.3.6 Calculating ionisation energy (HL)

    03:53 |
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    S1.3.1 The Electromagnetic Spectrum

    S1.3.1 The Electromagnetic Spectrum

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    R1.1.4 Enthalpy and enthalpy change

    R1.1.4 Enthalpy and enthalpy change

    1:29 |
    S2.2.16 Hybridisation (HL)

    S2.2.16 Hybridisation (HL)

    6:15 |
    S3.1.10 Colour of complex ions (HL)

    S3.1.10 Colour of complex ions (HL)

    7:02 |
    S3.2.9 Infrared spectroscopy (HL)

    S3.2.9 Infrared spectroscopy (HL)

    3:53 |
    Exam tips for the IB chemistry exam (SL/HL)

    Exam tips for the IB chemistry exam (SL/HL)

    4:31 |
    13.2 Factors that affect the colour of complex ions (HL)

    13.2 Factors that affect the colour of complex ions (HL)

    4:41 |
    R1.2.5 Born-Haber cycles (HL)

    R1.2.5 Born-Haber cycles (HL)

    3:32 |
    S3.1.8 Complex ions ​(HL)

    S3.1.8 Complex ions ​(HL)

    4:22 |
    S2.4.1 / S2.4.2 The bonding triangle

    S2.4.1 / S2.4.2 The bonding triangle

    5:38 |
    9.1 The Winkler method (SL)

    9.1 The Winkler method (SL)

    3:54 |
    S1.4.1 The mole concept

    S1.4.1 The mole concept

    7:31 |
    5.3 The ozone layer (SL)

    5.3 The ozone layer (SL)

    4:14 |
    R2.2.4 Activation energy

    R2.2.4 Activation energy

    3:02 |
    C.1 Specific energy and energy density (SL)

    C.1 Specific energy and energy density (SL)

    3:16 |
    4.1.1/4.1.2 Ionic bonding

    4.1.1/4.1.2 Ionic bonding

    1:49 |
    S1.4.4 Percentage composition by mass

    S1.4.4 Percentage composition by mass

    3:38 |
    R2.2.9 Reaction mechanisms (HL)

    R2.2.9 Reaction mechanisms (HL)

    10:01 |
    S3.2.8 Mass spectrometry (HL)

    S3.2.8 Mass spectrometry (HL)

    5:16 |
    B.7 Vmax and Km (HL)

    B.7 Vmax and Km (HL)

    2:24 |