PORTION FOR GRADE XII PRELIM EXAMINATION Subject Name Portion English Literature SL and HL Higher Level - English Literature Any four of the following Plays for Paper 2: ● Death of a Salesman - Arthur Miller ● The Glass Menagerie - Tennessee Williams ● Riders to the Sea- John Synge ● Look Back in Anger- John Osborne ● Saint Joan- G. B Shaw ● The Importance of Being Earnest- Oscar Wilde ● The Hairy Ape- Eugene O’Neill ● Arms and the Man- G.B Shaw ● Master Harold and the Boys - Athol Fugard ● The Zoo Story - Edward Albee Standard Level - English Literature Any three of the following Plays for Paper 2: ● Death of a Salesman - Arthur Miller ● The Glass Menagerie - Tennessee Williams ● Look Back in Anger - John Osborne ● Saint Joan- G. B Shaw ● The Importance of Being Earnest- Oscar Wilde ● Arms and the Man- G.B Shaw English Lang & Lit SL Plays for Paper 2: ● Antigone - Jean Anouilh ● Saint Joan- G. B Shaw Hindi HL Hindi SL French B SL whole syllabus French Ab Initio Full IB Portion as per Subject Guide excluding the topics of Health and Environment. Psychology HL Part 1: The Core Define the terms “culture” and “cultural norms”. Examine the role of two cultural dimensions on behaviour (for example, individualism/collectivism, power distance, uncertainty avoidance, Confucian dynamism, masculinity/femininity). Using one or more examples, explain “emic” and “etic” concepts. Evaluate one theory of how emotion may affect one cognitive process (for example, state-dependent memory, flashbulb memory, affective filters). Evaluate schema theory with reference to research studies. Part 2 – Options – Psychology of Human Relationships Part 2 – Options – Abnormal psychology Psychology SL Part 1: The Core Define the terms “culture” and “cultural norms”. Examine the role of two cultural dimensions on behaviour (for example, individualism/collectivism, power distance, uncertainty avoidance, Confucian dynamism, masculinity/femininity). Using one or more examples, explain “emic” and “etic” concepts. Evaluate one theory of how emotion may affect one cognitive process (for example, state-dependent memory, flashbulb memory, affective filters). Evaluate schema theory with reference to research studies. Part 2 – Options – Psychology of Human Relationships History HL Paper 2: the causes , effects and practices of war.: types of warfare, the guellera war, world wars. the cold war: peace conferences, mini wars within the cold war. fall of USSR B & M HL / SL Topic 1: Business organization and environment 1.8 Change and the management of change (HL) Topic 2: Human resources 2.1 Human resource planning 2.2 Organizational structure 2.3 Communication 2.4 Leadership and management 2.5 Motivation 2.6 Organizational and corporate cultures (HL) 2.7 Employer and employee relations (HL) 2.8 Crisis management and contingency planning (HL) Topic 3: Accounts and finance 3.5 Final accounts 3.6 Ratio analysis Topic 4: Marketing 4.2 Marketing planning (Sales Forecasting and trends) 4.7 International marketing 4.8 E-commerce Topic 5: Operations management 5.1 Production methods 5.4 Quality assurance 5.6 Innovation (HL) 5.7 Production planning 5.8 Project management (HL) Topic 6: Business strategy (HL only) Stage 1: Strategic analysis Stage 2: Strategic choice Stage 3: Strategic implementation Note: All topics listed above need to be covered with respect to learning outcome stated in the subject guide. Section A: Imperial-Pre seen case study issued by IBO. All the concepts applicable to Imperial can be tested during the assessment. (25 marks) Section B: Paper 2 format. (25 marks) Economics HL Section - III - International Economics Section - IV - Development Economics Economics SL Section - III - International Economics Section - IV - Development Economics Physics HL Topic 5: Electric currents 5.1 Electric potential difference, current and resistance 5.2 Electric circuits Topic 6: Fields and forces 6.1 Gravitational force and field 6.2 Electric force and field 6.3 Magnetic force and field Topic 9: Motion in fields 9.3 Electric field, potential and energy Topic 12: Electromagnetic induction 12.1 Induced electromotive force (emf) 12.2 Alternating current 12.3 Transmission of electrical power Topic 7: Atomic and nuclear physics 7.1 The atom 7.2 Radioactive decay 7.3 Nuclear reactions, fission and fusion Topic 13: Quantum physics and nuclear physics 13.1 Quantum physics 13.2 Nuclear physics Topic 8: Energy, power and climate change 8.1 Energy degradation and power generation 8.2 World energy sources 8.3 Fossil fuel power production 8.4 Non-fossil fuel power production 8.5 Greenhouse effect 8.6 Global warming Option H: Relativity H1 Introduction to relativity H2 Concepts and postulates of special relativity H3 Relativistic kinematics H4 Some consequences of special relativity H5 Evidence to support special relativity H6 Relativistic momentum and energy H7 General relativity H8 Evidence to support general relativity Physics SL Topic 5: Electric currents 5.1 Electric potential difference, current and resistance 5.2 Electric circuits Topic 6: Fields and forces 6.1 Gravitational force and field 6.2 Electric force and field 6.3 Magnetic force and field Topic 7: Atomic and nuclear physics 7.1 The atom 7.2 Radioactive decay 7.3 Nuclear reactions, fission and fusion Topic 8: Energy, power and climate change 8.1 Energy degradation and power generation 8.2 World energy sources 8.3 Fossil fuel power production 8.4 Non-fossil fuel power production 8.5 Greenhouse effect 8.6 Global warming Option A: Sight and wave phenomena A1 The eye and sight A2 Standing (stationary) waves A3 Doppler effect A4 Diffraction A5 Resolution A6 Polarization Chemistry HL Topic 7: Equilibrium 7.1: Dynamic equilibrium 7.2: The position of equilibrium 17.1: Liquid -vapour equilibrium 17.2: The equilibrium law Topic 8: Acids and bases 8.1: Theories of acids and bases 8.2: Properties of acids and bases Strong and weak acids and bases 8.4: The pH scale 18.1 Calculations involving acids and bases 18.2:Buffer solutions 18.3:Salt Hydrolysis 18.4: Acid-base titrations 18.5: Indicators Topic 9: Oxidation and reduction 9.1 Introduction to oxidation and reduction 9.2: Redox equations 9.3: Reactivity 9.4: Voltaic cells 9.5: Electrolyic cells 19.1: Standard electrode potentials 19.2: Electrolysis Topic 10:Organic Chemistry 10.1: Introduction 10.2: Alkanes 10.3 :Alkenes 10.4: Alcohols 10.5: Halogenoalkanes 10.6: Reaction pathways 20.1 : Introduction 20.2: Nucleophilic substitution reactions 20.3: Elimination reactions 20.4: Condensation reactions 20.5:Reaction Pathways 20.6: Stereoisomerism Option F: Food Chemistry F1: Food groups F2: Fats and oils F3: Shelf life F4: Colour F5: Genetically modified foods F6: Texture Chemistry SL Topic 7: Equilibrium 7.1: Dynamic equilibrium 7.2: The position of equilibrium Topic 8: Acids and bases 8.1: Theories of acids and bases 8.2: Properties of acids and bases Strong and weak acids and bases 8.4: The pH scale Topic 9: Oxidation and reduction 9.1 Introduction to oxidation and reduction 9.2: Redox equations 9.3: Reactivity 9.4: Voltaic cells 9.5: Electrolyic cells Topic 10:Organic Chemistry 10.1: Introduction 10.2: Alkanes 10.3 :Alkenes 10.4: Alcohols 10.5: Halogenoalkanes 10.6: Reaction pathways Option F: Food Chemistry F1: Food groups F2: Fats and oils F3: Shelf life F4: Colour F5: Genetically modified foods F6: Texture Biology HL 8 Cell respiration and photosynthesis 8.1: Cell respiration 8.2 photosynthesis 9 Plant sciences 9.1 Plant structure and growth 9.2 Transport in angiospermophytes 9.3 Reproduction in angiospermophytes Option G Ecology and conservation G1 Community ecology G2 Ecosystems and biomes G3 Impacts of humans on ecosystems G4 Conservation of biodiversity G5 Population ecology Option H Further human physiology (HL) H1 Hormonal control H2 Digestion H3 Absorption of digested foods H4 Functions of liver H5 The transport system H6 Gas exchange Biology SL 5 Ecology and evolution 5.1 Communities and ecosystem 5.2 The greenhouse effect 5.3 populations 5.4 Evolution 5.5 Classification 6 human health and physiology I 6.1 Digestion 6.2 The transport system 6.3 Defence against infectious disease 6.4 Gas exchange 6.5 Nerve, hormones and homeostasis 6.6 Reproduction Option A Human nutrition and health A1 Component of the human diet A2 Energy in human diets A3 Special issues in human nutrition Option G Ecology and conservation G1 Community ecology G2 Ecosystems and biomes G3 Impacts of humans on ecosystems ESS Topic 4: Conservation and biodiversity Topic 5 Pollution Management. Topic 6: The issue of global warming Topic 7: Environmental value systems Computer Science SL 1: System fundamentals 2: Computer organization 3: Networks 4: Computational thinking, problem-solving and programming (JAVA) Option: Object-oriented programming (OOP) Math HL Mathematical Induction: Links to a wide variety of topics, for example, complex numbers, differentiation, sums of series, divisibility, trigonometry, etc. (Chapter 12 of IBID textbook). Calculus: Complete topic 6 from subject guide ( Chapters 18, 19, 20, 21, 22, and 23 of IBID textbook) . Vectors: Complete topic 4 from subject guide ( Chapters 26 and 27 of IBID textbook) . Math SL Statistics : Continuous & discrete data,frequency distributions, histograms, measures of central tendency, measures of spread,quartiles, box-plots. Scatter diagrams, Correlation & Regression analysis. Probability : Probability, Probability & Venn diagrams, tree diagrams, Conditional Probability, Mutually exclusive & independent events, Probability with or without replacement. Concept of discrete random variables & their probability distributions. E(x) for discrete data, applications. Binomial distribution. Normal distribution. Calculus : Differential Calculus - Idea of limit, First principle method, Differentiation (Power rule, Derivative of transcendental functions), second derivative,Tangents & Normals, Curve sketching, Rational functions, Applications of Differential Calculus. Integration : Indefinite integral, solving for c, definite integrals, standard integrals, integration by substitution, Applications of integration. Vectors : Scalar & vector quatitites, Representation of vectors, Algebra & geometry of vectors,Representation of vectors in 2 & 3 dimensions, unit vector & base vector notation, vector operations, Scalar product of two vectors. Chapters from Textbook ( Fabio Cirrito) 12. Statistics Correlation & Regression Analysis - Handout 14. Probability 15. Discrete Random Variables 16. The Normal distribution 17 to 21: Calculus 11.1 to 11. 6 : Vectors Math MS 1. Descriptive Statistics 2.The normal distribution 3. Two variable Statistics 4.Quadratic functions 5.Exponential functions. 6.Unfamiliar functions 7. Differential calculus 8.Application of Differential calculus