
Overview
COURSE DESCRIPTION
We offer an extensive program of HSC preparation courses across a range of subjects as well as complementary study skills courses for HSC students to help maximise their HSC results.
The Physics HSC contains four section, 20 Multiple Choice Question, and around 16 extended response questions. The whole exam takes 3 hours plus 5 minitues reading time. The content taught in this course is highly relevant, and designed to fit the HSC physics style, as well as being specific to essential syllabus and assessment requirements.
Delivery style
Mode: online. The content of class includes theory study, multiple choice analysis, extended reponse questions practice, sample HSC question practice and feedback, and analysis of past student high-band responses.
Students will be able to:
- Get a thorough understanding of the HSC physics course
- Identify and use suitable formulae to correctly solve calculation problems
- Get a comprehensive analysis of selected questions in the past trial and HSC papers
- Write a well-structured extended-response answer
Material
Comprehensive study notes, exam-style homework worksheets and mock exams prepared by experienced teaching group
Course layout and Fee
The whole package include 18 hours teaching and anytime teacher support online.
Course Features
- Lectures 35
- Quizzes 0
- Students 6
- Assessments Yes
Curriculum
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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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Instructor
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