32 years teaching experience in Chemistry, 25 years in IB Chemistry. Section by section of the syllabus (c) IB but not associated with the IB. Specific to the IB, uses IB terminology & information is based on past paper model answers. I receive no support for this project. Nothing - it is just me.

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American International School of Budapest
Nagykovácsi, Nagykovácsi út 12, 2094
Hungary

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R1.2 Why are some Changes of State Endothermic and some Exothermic ? [SL IB CHEMISTRY]
0:58
R1.2 Why are some Changes of State Endothermic and some Exothermic ? [SL IB CHEMISTRY]
R3.2.10 Two Reduction Reactions [SL IB CHEMISTRY]
6:31
R3.2.10 Two Reduction Reactions [SL IB CHEMISTRY]
R3.1.18 Strong Acid/Base pH Titration Curves (equivalence point, intersection) [SL IB CHEMISTRY]
5:41
R3.1.18 Strong Acid/Base pH Titration Curves (equivalence point, intersection) [SL IB CHEMISTRY]
R3.1.7 Acids react with bases in neutralization reactions [SL IB CHEMISTRY]
11:12
R3.1.7 Acids react with bases in neutralization reactions [SL IB CHEMISTRY]
R1.3.1 Combustion of Metals, Non-Metals, Alkanes and Alcohols [SL IB CHEMISTRY}
7:55
R1.3.1 Combustion of Metals, Non-Metals, Alkanes and Alcohols [SL IB CHEMISTRY}
R1.1.4 Lab: Determination of the Enthalpy of Combustion of Ethanol [SL IB CHEMISTRY]
23:41
R1.1.4 Lab: Determination of the Enthalpy of Combustion of Ethanol [SL IB CHEMISTRY]
R1.1.4 Two Calorimetry Experiments - Overview [SL IB CHEMISTRY]
2:10
R1.1.4 Two Calorimetry Experiments - Overview [SL IB CHEMISTRY]
R1.1.4 Q=mcdeltaT [SL IB CHEMISTRY]
8:51
R1.1.4 Q=mcdeltaT [SL IB CHEMISTRY]
R1.1.2 Energy Transfer: System and Surroundings
1:47
R1.1.2 Energy Transfer: System and Surroundings
S3.2.2 Functional groups For IB plus Questions and IMF [SL IB CHEMISTRY]
14:54
S3.2.2 Functional groups For IB plus Questions and IMF [SL IB CHEMISTRY]
S2.3.3 Transition metal elements have delocalized d-electrons (mpt & conductivity) [HL IB CHEMISTRY]
2:43
S2.3.3 Transition metal elements have delocalized d-electrons (mpt & conductivity) [HL IB CHEMISTRY]
S3.1 Oxidation states of Carbon in CH4 , CH3OH, HCHO, HCOOH, CO2 [SL IB CHEMISTRY]
3:10
S3.1 Oxidation states of Carbon in CH4 , CH3OH, HCHO, HCOOH, CO2 [SL IB CHEMISTRY]
S2.1 Radical Atoms, Molecules and Ions
7:37
S2.1 Radical Atoms, Molecules and Ions
S2.2 Do allotropes such as diamond and graphite have different ΔH f⦵ values? [SL IB CHEMISTRY]
2:48
S2.2 Do allotropes such as diamond and graphite have different ΔH f⦵ values? [SL IB CHEMISTRY]
R3.1.2 Conjugate acid-base pairs differ by a single proton [SL IB CHEMISTRY]
3:30
R3.1.2 Conjugate acid-base pairs differ by a single proton [SL IB CHEMISTRY]
R1.2 Why do CFCs break down to release chlorine radicals not fluorine radicals? [SL IB CHEMISTRY]
2:04
R1.2 Why do CFCs break down to release chlorine radicals not fluorine radicals? [SL IB CHEMISTRY]
S2.2 Do coordination bonds have different properties from other covalent bonds? [SL IB CHEMISTRY]
1:25
S2.2 Do coordination bonds have different properties from other covalent bonds? [SL IB CHEMISTRY]
R3.4 Some reactions of alkenes are reduction, others are electrophilic addition [SL IB CHEMISTRY]
4:42
R3.4 Some reactions of alkenes are reduction, others are electrophilic addition [SL IB CHEMISTRY]
R2.1.5 Atom Economy Calculations [SL IB CHEMISTRY]
3:30
R2.1.5 Atom Economy Calculations [SL IB CHEMISTRY]
Playing with Prompts and Luma Dream Machine AI Video Generator
1:19
Playing with Prompts and Luma Dream Machine AI Video Generator
R2.2 Why is high activation energy considered to be a useful property of a fuel? [SL IB CHEMISTRY]
3:20
R2.2 Why is high activation energy considered to be a useful property of a fuel? [SL IB CHEMISTRY]
S.1.3.6 Limit of Convergence Calculations [HL IB CHEMISTRY]
11:01
S.1.3.6 Limit of Convergence Calculations [HL IB CHEMISTRY]
R2.2 Why are alkanes kinetically stable but thermodynamically unstable? [HL IB CHEMISTRY]
3:46
R2.2 Why are alkanes kinetically stable but thermodynamically unstable? [HL IB CHEMISTRY]
S1.5.2 Real versus Ideal Gases [SL IB CHEMISTRY]
3:33
S1.5.2 Real versus Ideal Gases [SL IB CHEMISTRY]
R.3.4.8 Deduce the charge on a complex ion, given the formula of ion & ligands [HL IB CHEMISTRY]
2:20
R.3.4.8 Deduce the charge on a complex ion, given the formula of ion & ligands [HL IB CHEMISTRY]
R2.2 Differences between the energy profiles for SN1 and SN2 reactions [HL IB CHEMISTRY]
5:59
R2.2 Differences between the energy profiles for SN1 and SN2 reactions [HL IB CHEMISTRY]
Tool 1:08 Measuring Potential Difference (voltage)
1:40
Tool 1:08 Measuring Potential Difference (voltage)
R2.2 Why are alkanes kinetically stable but thermodynamically unstable? [SL IB CHEMISTRY]
3:12
R2.2 Why are alkanes kinetically stable but thermodynamically unstable? [SL IB CHEMISTRY]
S3.1 Why are Si-Si bonds generally weaker than C-C bonds? [SL IB CHEMISTRY]
2:23
S3.1 Why are Si-Si bonds generally weaker than C-C bonds? [SL IB CHEMISTRY]
S1.1 Why does a Perfect Crystal at Zero Kelvin have Zero Entropy ? [HL IB CHEMISTRY]
0:43
S1.1 Why does a Perfect Crystal at Zero Kelvin have Zero Entropy ? [HL IB CHEMISTRY]