Physics

VCE Physics Exam Preparation

At TSSM we cover VCE Physics in more detail than any other education provider in Victoria. Guided by the official VCE Physics Study Design, we can help our students get the outcomes they deserve.

• Our courses are offered in the smallest class sizes available in the state, ensuring that you get more information and interaction from your class's VCE Physics tutor, who is a qualified senior VCE teacher with ample experience in helping VCE students be the best they can be.
• You will benefit from our extensive team of professional Physics teachers, most of whom are current VCE assessors, providing you with many in-depth VCE programs throughout the year.
• Get extensive practice with a wide range of TSSM VCE Physics exam papers and exam style questions to build your exam technique, subject skills and self-confidence.
• Our courses go beyond standard Year 11 and Year 12 VCE Physics Lectures , helping you to- explore and understand key concepts in detail.
• Our courses cover VCE Physics Unit 4, Unit 3, Unit 2 and Unit 1 throughout the year including your specific Detailed Studies.
• With over a decade of experience in VCE education, let TSSM help you achieve your best in your VCE Physics exams.

Please read below for specific course information.

Physics Summer School - Head Start - Unit 1

Students will develop a clear understanding of all Unit 1 Areas of Study including; How can thermal effects be explained?; How do electric circuits work?; and What is matter and how is it formed?

Physics Summer School - Head Start - Unit 3

Students will develop a clear understanding of all Unit 3 Areas of Study including; How do things move without contact?; How are fields used to move electrical energy?; and How fast can things go?

Physics Easter Holiday Program - Unit 3

Students will thoroughly revise all Unit 3 Areas of Study including; How do things move without contact?; How are fields used to move electrical energy?; and How fast can things go?

Physics Winter School - Head Start - Unit 2

Students will achieve a clear understanding of all Unit 2 Areas of Study including; How can motion be described and explained?; and Practical Investigations.

Physics Winter School - Mid-way Revision and Head Start - Units 3 & 4

Students will gain an extensive Revision and Consolidation of all Unit 3 Areas of Study including: How do things move without contact?; How are fields used to move electrical energy?; and How fast can things go? Students will also receive a thorough Head Start on all Unit 4 Areas of Study including: How can waves explain the behaviour of light?; How are light and matter similar?; and Practical investigation.

Physics - September Holiday Program - Unit 2

Students will thoroughly revise all Unit 2 Areas of Study including; How can motion be described and explained?; and Practical Investigation. Please note: Options will not be covered during this program

Physics - September Holiday Program - Units 3 and 4

Students will thoroughly revise all Units 3 and 4 Areas of Study including; How do things move without contact?; How are fields used to move electrical energy?; How fast can things go?; How can waves explain the behaviour of light?; and How are light and matter similar?; and Practical investigation.

Physics Additional Applications & Extension Questions Classes - Units 3 and 4

In addition to the Physics September Holiday Program these classes offer students the benefit of specific instruction on the most critical, difficult and highly probable applications and extension questions that are essential for achieving the elite scores for each subject.

Physics End-of-year Program - Units 3 and 4 Melbourne

Students will thoroughly revise all Units 3 and 4 Areas of Study including; How do things move without contact?; How are fields used to move electrical energy?; How fast can things go?; How can waves explain the behaviour of light?; and How are light and matter similar?; and Practical investigation.

Physics End-of-year Program - Units 3 and 4 Regional

Students will thoroughly revise all Units 3 & 4 Areas of Study including; How do things move without contact?; How are fields used to move electrical energy?; How fast can things go?; How can waves explain the behaviour of light?; and How are light and matter similar?; and Practical investigation.

Physics Additional Applications & Extension Questions Classes - Unit 3

In addition to the Physics Easter Holiday Program these classes offer students the benefit of specific instruction on the most critical, difficult and highly probable applications and extension questions that are essential for achieving the elite scores for each subject.

Physics Unit 3 and 4 - The 'Advantage 10+' Classes - Intensive Weekly Tutorials

Students will be given a thorough revision of all Units 3 and 4 Areas of Study including: Motion in One and Two Dimensions; Electronics and Photonics; Electric power; Interactions of light and matter; and Detailed Study (either; ‘Einstein’s special relativity’; ‘Materials and their use in structures’; ‘Further electronics’; ‘Synchrotron and its applications’; ‘Photonics’; or ‘Sound’)

Physics Unit 2 - The 'Advantage 10+' Classes - Intensive Weekly Tutorials

Students will be given a thorough revision of all Unit 2 Areas of Study including: How can motion be described and explained?; and Practical Investigation. Please note: Options will not be covered during this program

Physics Unit 3 and 4 - 'Advantage 10+' AND 'Extension 26' Classes - Intensive Weekly Tutorials

Students will be given a thorough revision of all Units 3 and 4 Areas of Study including: Motion in One and Two Dimensions; Electronics and Photonics; Electric power; Interactions of light and matter; and Detailed Study (either; ‘Einstein’s special relativity’; ‘Materials and their use in structures’; ‘Further electronics’; ‘Synchrotron and its applications’; ‘Photonics’; or ‘Sound’)

Physics Unit 3 and 4 - 'Advantage 10+' AND 'Extension 17' Classes - Intensive Weekly Tutorials

Students will be given a thorough revision of all Units 3 and 4 Areas of Study including: Motion in One and Two Dimensions; Electronics and Photonics; Electric power; Interactions of light and matter; and Detailed Study (either; ‘Einstein’s special relativity’; ‘Materials and their use in structures’; ‘Further electronics’; ‘Synchrotron and its applications’; ‘Photonics’; or ‘Sound’)