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Day 1 4
Advanced mechanics
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Projectile motionLecture1.1
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Circular motionLecture1.2
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Gravitational fieldLecture1.3
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Exam-style practice problemsLecture1.4
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Day 2 6
Advanced mechanics/electromagnetism
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Charged particle,electric and magnetic fieldLecture2.1
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Motor effectLecture2.2
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Application of motor effectLecture2.3
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TorqueLecture2.4
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Electromagnrtic induction & Faraday’s lawLecture2.5
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Exam-style practice problemsLecture2.6
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Day 3 7
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Lenz’s law and conservation of energyLecture3.1
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Transformers and uses of transformersLecture3.2
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Motors and generatorsLecture3.3
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AC induction motorLecture3.4
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Maxwell’s contributionLecture3.5
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Spetrums and application in starsLecture3.6
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Exam-style practice problemsLecture3.7
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Day 4 6
Nature of light part 2
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Nature of light part 2Lecture4.1
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dsinθ=mλ & Malus’ lawLecture4.2
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Quantum model of lightLecture4.3
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Photoelectric effectLecture4.4
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Special relativityLecture4.5
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Exam-style practice problemsLecture4.6
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Day 5 6
From universe to atom part 1
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Bigbang theory and its evidencesLecture5.1
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Hertzsprung-Russell diagramLecture5.2
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Nucleosynthesis reactions in starsLecture5.3
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Structure of the atomLecture5.4
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Rutherford and Bohr atomic modelsLecture5.5
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Exam-style practice problemsLecture5.6
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Day 6 6
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Schrodinger atomic modelLecture6.1
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Radioactive decay and half lifeLecture6.2
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Nuclear reactionsLecture6.3
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Standard model of matterLecture6.4
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Structure your answer for extended responsesLecture6.5
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Exam-style practice problemsLecture6.6
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