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Sec 2 / IP 2
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Integrated Programme Science (Year 2)
Syllabus
- Atomic Structure
- Periodic Table
- Chemical Bonding and Structure (Ionic and Simple Covalent Compounds Only)
- Acids and Bases
- Chemical Formulae and Equations
- Optics (Reflection)
- Optics (Refraction)
- Nuclear Physics
Goals
- Rigorous academic emphasis to allow students to be able to think critically and develop a broad spectrum intellectual capacity
- To equip students with the requisite skills to be able to learn independently
- Application of content-based knowledge into real-world problems to give students greater exposure to authentic problems
Approach
- Adopt a ‘question after explanation’ method to ensure that students fully understand each part of the lesson
- Focus on application of various concepts to promote critical thinking and analytical skills
- Emphasis on commonly tested exam questions and concepts
Integrated Programme Math (Year 2)
Syllabus
- Algebraic Expansion and Factorisation I
- Algebraic Expansion and Factorisation II
- Algebraic Equations II
- Trigonometrical Ratios
- Graphs I (Linear)
- Graphs II (Quadratic)
- Set Theory & Probability
- Algebraic Expression II (Indices)
- Mensuration II
- Congruency and Similarity
Goals
- Develop a strong understanding and master memorization techniques for mathematical formulae
- Develop strong analytical skills in reading and understanding of the question so that students can map out the answers mentally before attempting the question
- Recognize different question types so that students will be confident in answering questions of varying difficulties
Approach
- Adopt a ‘question after explanation’ method to ensure that students fully understand each part of the lesson
- Focus on application of various concepts to promote critical thinking and analytical skills
- Emphasis on commonly tested exam questions and concepts
Chemistry (Secondary 2)
Syllabus
- Atoms, Ions and Molecules
- Elements, Compounds and Mixtures
- Solutions and Suspensions
- Acids and Bases
- Separating Mixtures
- Classification of Materials
- The Particulate Model of Matter
- Changing Matter
Goals
- To nurture students’ understanding of Chemistry as a comprehensive effort and to develop strong reasoning skills rather than mere memorization of facts
- To acquaint students with real-life application of Science in their daily lives
- To develop the requisite skills and interest in students to further propel them into further subject specialization
Approach
- Adopt a ‘question after explanation’ method to ensure that students fully understand each part of the lesson
- Focus on application of various concepts to promote critical thinking and analytical skills
- Emphasis on commonly tested exam questions and concepts
Physics (Secondary 2)
Syllabus
- The Scientific Endeavour
- Physical Quantities and Measurements
- Speed and Density
- Forces and Pressure
- Work and Moments of Forces
- Energy As a Resource
- Sound
- Effects and Transmission of Heat
- Light
- Electricity
- Practical Electricity
Goals
- To nurture students’ understanding of Physics as a comprehensive effort and to develop strong reasoning skills rather than mere memorization of facts
- To acquaint students with real-life application of Science in their daily lives
- To develop the requisite skills and interest in students to further propel them into further subject specialization
Approach
- Adopt a ‘question after explanation’ method to ensure that students fully understand each part of the lesson
- Focus on application of various concepts to promote critical thinking and analytical skills
- Emphasis on commonly tested exam questions and concepts
Biology (Secondary 2)
Syllabus
- Cells
- Movement of Substances
- Digestion
- Transport in Living Things
- Photosynthesis and Respiration
- Reproduction in Humans
- Sex Issues
- Classification of Living Things
- Ecology
Goals
- To nurture students’ understanding of Physics as a comprehensive effort and to develop strong reasoning skills rather than mere memorization of facts
- To acquaint students with real-life application of Science in their daily lives
- To develop the requisite skills and interest in students to further propel them into further subject specialization
Approach
- Adopt a ‘question after explanation’ method to ensure that students fully understand each part of the lesson
- Focus on application of various concepts to promote critical thinking and analytical skills
- Emphasis on commonly tested exam questions and concepts
