added by gabrielle123 — Application of integral calculus Application of matrices Cartesian forms Complex arithmetic using polar form Confidence intervals for means de Moivre's theorem Factorisation of polynominals Integration techniques Mathematical induction Modelling motion Normal distribution Probability distribution functions Rates of change Roots of complex numbers Sample means Systems of linear equations The algebra of vectors in three dimensions The complex plane (Argand plane) Vector and Cartesian equations Vector calculus

added by gabrielle123 — Analysing time series data Annuities and perpetuities Arithmetic sequence Assigning order and the Hungarian algorithm Association and causation Compound interest loans and annuities Depreciation Describing and interpreting patterns in time series data Fitting a linear model to numerical data Flow networks Geometric sequence Graphs, associated terms and adjacency matrix Identifying and describing associations between 2 categorical variables Identifying and describing associations between 2 numerical variables Locations on the earth Planar graphs, paths and cycles Project planning and scheduling using critical path analysis Reducing balance loans Time zones Trees and minimum connector problems

added by gabrielle123 — Anti-differentiation Application of integration Bernoulli distributions Binomial distributions Calculus of exponential function Calculus of logarithmic functions Calculus of trigonometric functions Confidence intervals for proportions Cosine and sine rules Differentiation rules Functions and graphing Fundamental theorem of calculus and definite integrals General continuous random variables Logarithmic laws and functions Normal distribution Random sampling Sample proportions The second derivative and application of differentiation Trapezoidal rule Trigonometry

added by Jadel — Anti-differentiation Application of integration Bernoulli distributions Binomial distributions Calculus of exponential function Calculus of logarithmic functions Calculus of trigonometric functions Confidence intervals for proportions Cosine and sine rules Differentiation rules Functions and graphing Fundamental theorem of calculus and definite integrals General continuous random variables Logarithmic laws and functions Normal distribution Random sampling Sample proportions The second derivative and application of differentiation Trapezoidal rule Trigonometry

added by Jadel — Analysing time series data Annuities and perpetuities Arithmetic sequence Assigning order and the Hungarian algorithm Association and causation Compound interest loans and annuities Depreciation Describing and interpreting patterns in time series data Fitting a linear model to numerical data Flow networks Geometric sequence Graphs, associated terms and adjacency matrix Identifying and describing associations between 2 categorical variables Identifying and describing associations between 2 numerical variables Locations on the earth Planar graphs, paths and cycles Project planning and scheduling using critical path analysis Reducing balance loans Time zones Trees and minimum connector problems

added by gabrielle123 — 3.1 a) Governance in Australia key terms 3.1 b) Key features of the Australian Constitution 3.1 c) Structure and function of the 3 levels of government 3.1 d) The Separation of Powers 3.1 e) Representative and responsible government 3.1 f) The roles of the courts 3.1 g) Legislation, case law and precedent 3.1 h) Accountability of government 3.2 a) Law reform key terms 3.2 b) Law and social change 3.2 c) Law reform bodies and commissions 3.2 d) Parliamentary inquiries 3.2 e) Challenges to law reform 4.1 a) Human Rights key terms 4.1 b) Main features of international law 4.1 c) Main features of principal treaties 4.1 d) International bodies and human rights 4.1 e) International treaty obligations and Australian law 4.1 f) Role of the Australian Constitution in protecting human rights 4.2 a) The United Nations 4.2 b) International legal institutions 4.2 c) Australia and international law (treaties and international law) 4.2 d) Effectiveness of international law (contemporary legal issues) 4.3 a) Australian criminal and civil human rights 4.3 b) Resolving human rights complaints 4.3 c) Human Rights case studies 5 a) Assess using legal criteria

added by gabrielle123 — Text | Burial Rites Text | Cat's Eye Text | Hamlet Text | Jane Eyre Text | Macbeth Text | Nineteen Eighty-Four Text | The White Earth Text | We Are All Completely Beside Ourselves

added by gabrielle123 — 3.1.1 - Chemical equilibrium 3.1.2 - Factors that affect equilibrium 3.1.3 - Equilibrium constants 3.1.4 - Properties of acids and bases 3.1.5 - pH Scale 3.1.6 - Bronsted-Lowry model 3.1.7 - Dissociation constants 3.1.8 - Acid-base indicators 3.1.9 - Volumetric analysis 3.2.1 - Redox reactions 3.2.2 - Galvanic cells 3.2.3 - Standard electrode potential 3.2.4 - Electrolytic cells 4.1.1 - Structure of organic compounds 4.1.2 - Physical properties and trends 4.1.3 - Organic reactions and reaction pathways 4.1.4 - Organic materials: structure and function 4.1.5 - Analytical techniques 4.2.1 - Chemical synthesis 4.2.2 - Green chemistry 4.2.3 - Macromolecules: polymers, proteins and carbohydrates 4.2.4 - Molecular manufactoring

added by gabrielle123 — Application of integral calculus Application of matrices Cartesian forms Complex arithmetic using polar form Confidence intervals for means de Moivre's theorem Factorisation of polynominals Integration techniques Mathematical induction Modelling motion Normal distribution Probability distribution functions Rates of change Roots of complex numbers Sample means Systems of linear equations The algebra of vectors in three dimensions The complex plane (Argand plane) Vector and Cartesian equations Vector calculus

added by gabrielle123 — 3.1 Entering new markets and emerging markets 3.1 Ethical and sustainable financial decisions 3.1 Expansion strategies 3.1 Human resource strategies 3.1 Leaders and managers in the maturity stage 3.1 Managing finances in maturity and evaluating finance options 3.1 Modes of entry 3.1 Motivation theories and strategies 3.1 Planning for growth in the maturity state of the business life cycle 3.1 Risk management and contingency planning 3.2 Branding and market share 3.2 Hostile competitive environments 3.2 Improving quality and operational efficiency 3.2 Integrated marketing communications and relationship marketing 3.2 Outsourcing in competitive environments 3.2 Project management 3.2 Quality management 3.2 Research and development 3.2 Technology and efficiencies 4.1 Communication strategies 4.1 Crisis management 4.1 Ethical standards and the triple bottom line 4.1 Exit: closing a business outcome 4.1 Repositioning strategies 4.1 Steady state and decline outcomes 4.1 Sustainability and corporate social responsibility 4.2 Concept of change management 4.2 Drivers and resistance to change 4.2 Impact of change on internal and external environment 4.2 Internal and external influences 4.2 Leadership in change management and strategies for overcoming resistance 4.2 Management strategies 4.2 Performance management and outcomes of performance 4.2 Theories and models of change 4.3 Vision for change and strategic planning

added by gabrielle123 — 3a. Definition 3b. Measuring diversity 3c. Species interactions 3d. Environmental factors 3e. Hierarchy of classification 3f. Linnaean classification 3g. Reproductive classification 3h. Molecular phylogeny and cladistics 3i. Defining species 3j. Classifying ecosystems 3k. Process of sampling 3l. Energy in ecosystems 3m. Ecological niche and keystone species 3n. Population ecology 3o. Ecological succession 3p. Impact of human activity 4a. DNA structure and replication 4b. Cellular replication and variation 4c. Gene expression 4d. Regulating gene expression 4e. Mutations 4f. Inheritance 4g. Biotechnology 4h. Evolution and extinction 4i. Phylogenetic relationships and comparative genomics 4j. Natural selection 4k. Processes of microevolution 4l. Speciation 4m. Patterns of evolution 5. Practicals and Data Interpretation Unit 4 mandatory practicals

added by gabrielle123 — 3:1:1 - Solving Vector Problems 3:1:2 - Projectile Motion 3:1:3 - Inclined Planes 3:1:4 - Circular Motion 3:1:5 - gravitational Force & Fields 3:1:6 - Orbits 3:2:1 - Electrostatics 3:2:2 - Magnetic Fields 3:2:3 - Electromagnetic Induction 3:2:4 - Electromagnetic Radiation 4:1:1 - Special Relativity 4:2:1 - Quantum Theory 4:3:1 - Standard Model 4:3:2 - Particle Interactions

added by gabrielle123 — 1. Recording transactions 1a. Opening, closing and reversing entries 1b. Purchase and sale of non-current assets 1c. Purchase and sale of inventories with returns 1d. Accounts receivable and accounts payable 1e. Other revenues and expenses and obtaining finance 1f. Drawings of cash and inventories 1g. Correction of errors 2. Calculate and record transactions 2a. Balance day adjustments 2b. Depreciation 2c. Provision for doubtful debts 2d. Inventory adjustments 3. Preparing financial statements 3a. Statement of profit or loss 3b. Statement of financial position 4. Synthesise and solve goal oriented problems 5. Cash and accrual accounting 6. Differences between accounting for sole traders and companies 7. Explain and calculate financial ratios 7a. Profitability 7b. Liquidity and Stability 7c. Company specific ratios 8. Analyse and interpret company reports 8a. Types of analysis - ratio, verticle, horizontal and trend 8b. Factors that limit comparison of financial statements 8c. Statement of financial position 8d. Statement of profit or loss 8e. Statement of cash flows 9. Evaluating company performance and proposed changes The Accounting Process

added by gabrielle123 — 3a. Definition 3b. Measuring diversity 3c. Species interactions 3d. Environmental factors 3e. Hierarchy of classification 3f. Linnaean classification 3g. Reproductive classification 3h. Molecular phylogeny and cladistics 3i. Defining species 3j. Classifying ecosystems 3k. Process of sampling 3l. Energy in ecosystems 3m. Ecological niche and keystone species 3n. Population ecology 3o. Ecological succession 3p. Impact of human activity 4a. DNA structure and replication 4b. Cellular replication and variation 4c. Gene expression 4d. Regulating gene expression 4e. Mutations 4f. Inheritance 4g. Biotechnology 4h. Evolution and extinction 4i. Phylogenetic relationships and comparative genomics 4j. Natural selection 4k. Processes of microevolution 4l. Speciation 4m. Patterns of evolution 5. Practicals and Data Interpretation Unit 4 mandatory practicals