MYP 5 Term End Exam - Jan 2025 - English Language & Literature PDF

English Language and Literature Unit Topics/Content Concepts Global context Max Marks Duration This task contains questions 1a to 1e. Questions 1a to 1...

English Language and Literature Unit Topics/Content Concepts Global context Max Marks Duration This task contains questions 1a to 1e. Questions 1a to 1d focus on the key concept of communication. Students will be asked to demonstrate their understanding of texts 1 and 2 by answering a number of analytical questions. Communication Task 1 - Analysing Question 1e focuses on the key concept of connections. Students will be asked to & Connections compare and contrast text 1 and text 2. The criteria being assessed are A (Analysing - 20 Marks) and B (Organizing - 10 Scientific & Marks). Technical 80 Marks 2 Hrs Innovation Students will see two images. They will be asked to create a piece of writing using one of the images. Task 2 - Producing Creativity Literary Text The criteria being assessed are C (Producing Text - 10 Marks) and D (Using Language - 10 Marks). Students will be asked to create a piece of non-literary writing in relation to the global context "Scientific & Technical Innovation". Task 3 - Producing Perspective Non-literary Text The criteria being assessed are B (Organizing - 10 Marks), C (Producing Text - 10 Marks) and D (Using Language - 10 Marks)  Mathematics Unit Topics/Content Concepts Global context Max Marks Duration "Number systems and notation (set of positive integers and zero (N), Scientific and technical integers (Z), rational numbers (Q), irrational numbers (Q’), and real numbers (R)) innovation Absolute values Representing inequalities,including compound anddouble inequalities Number sequences(prediction, description) Surds, roots and radicals including simplifying Laws of exponents including integer and negative exponents Standard form (scientific notation) Numbers Direct and inverse proportion" Find, justify and prove general rules/formulae for sequences Solving simultaneous equations, including algebraically and graphically. Solving inequalities,including compound and double inequalities Factorizing quadratic expressions Solving quadratic equations using factorization, the quadratic formula and graphically Rearranging formulae Mapping Function notation Linear functions of the form f (x) = mx + c Parallel and perpendicular lines Systems of equations/ simultaneous equations including solving algebraically and graphically Quadratic functions in the form: f(x)= ax2+bx+c f(x)=a(x-p)(x-q) f(x)=a(x-h)2 + k including the significance of their parameters Representation and shape of exponential functions and their horizontal asymptotes Algorithms (analyzing and using well-defined procedures for solving complex problems) Algebra Sampling techniques and response rates Data manipulation and misinterpretation Graphical representations, including bivariate graphs/scatter graphs, box-andwhisker plots, cumulative frequency graphs Lines of best fit Data processing, including mean, median (measure of central tendency) and mode, for continuous data, and quartiles and percentiles for discrete and continuous data Measures of dispersion, including interquartile range (including application and relationship with the median) Describing correlation, including positive, negative, none, strong and weak Sets, including notation and operations up to three sets Probability calculations with Venn Diagrams, tree diagrams and sample space Mutually exclusive events Combined events Statistics and Probability Relative frequency 100 2 Hrs  Extended Math Unit Topics/Content Concepts Global context Max Marks Duration Number systems and notation (set of positive integers and zero (N), Scientific and Technical integers (Z), rational numbers (Q), irrational numbers (Q’), and real numbers (R)) Innovation Lower and upper bounds Absolute values Representing inequalities,including compound anddouble inequalities Number sequences(prediction, description) Surds, roots and radicals including simplifying Logarithms, including laws of logarithms and use of technology to find values Laws of exponents including integer and negative exponents Laws of exponents, including fractional/rational exponents Standard form (scientific notation) Numbers Direct and inverse proportion Find, justify and prove general rules/formulae for sequences Solving simultaneous equations, including algebraically and graphically. Solving inequalities,including compound and double inequalities Factorizing quadratic expressions Solving quadratic equations using factorization, the quadratic formula and graphically Rearranging formulae Using notation and formulae for arithmetic and geometric sequences to continue a sequence, find specific terms and the progression Mapping Domain and Range Function notation Linear functions of the form f (x) = mx + c Rational functions of the form f x =ax + b / cx + d Parallel and perpendicular lines Systems of equations/simultaneous equations including solving algebraically and graphically Linear programming, including inequalities Quadratic functions in the form: f(x)= ax2+bx+c f(x)=a(x-p)(x-q) f(x)=a(x-h)2 + k including the significance of their parameters Transformation of quadratic functions, including translation, reflection and dilation Representation and shape of exponential functions and their horizontal asymptotes Representation and shape of cubic, rational, trigonometric and logarithmic functions and their asymptotes Algorithms (analyzing and using well-defined procedures for solving complex problems) Networks, including edges and arcs, nodes/vertices, paths Calculating network pathways Weighted networks Algebra  Metric conversions Circle geometry and theorems, including angles, radius, diameter and tangent Length of arc and chord, perimeter and area of sector and segment Volume, surface area and nets of pyramids, cones and compound three dimensional shapes Capacity y = mx + c, gradients and intercepts Gradients of parallel lines Relationship between gradients of perpendicular lines Coordinate geometry, including distance, midpoint and gradient formulae Rotation around a given point Similarity and congruence, including proving similar and congruent triangles Movement on a plane isometric transformations, enlargements and tessellations Enlargement around a given point Enlargement by a rational factor Identical representation of transformations Triangle properties Bearings Pythagoras’ theorem Converse of Pythagoras’ theorem Trigonometric ratios in rightangled triangles Sine rule and cosine rule, including applications(link to trigonometric functions) Geometry 100 2 Hrs Sampling techniques and response rates Data manipulation and misinterpretation Graphical representations, including bivariate graphs/scatter graphs, box-and whisker plots, cumulative frequency graphs Histograms for continuous fixed interval groups Lines of best fit Data processing, including mean, median (measure of central tendency) and mode, for continuous data, and quartiles and percentiles for discrete and continuous data Measures of dispersion, including interquartile range (including application and relationship with the median) Measure of dispersion, including standard deviation (including application and relationship with the mean) Describing correlation, including positive, negative, none, strong and weak Use of technology to find the numerical value for correlation and its meaning Sets, including notation and operations up to three sets Probability calculations with Venn Diagrams, tree diagrams and sample space Probability calculations for dependent and independent events (using the addition and multiplication rules) including conditional probability Mutually exclusive events Combined events Relative frequency Statistics and Probability  Integrated Science S.no Unit Topics/Content Concepts Global context Max Marks Duration Nature of science, Research question, Hypothesis, Variables, Designing a valid Scientific KC: Relationships 1 scientific investigation, Collecting and recording data, Interpreting data, Drawing a RC: Evidence Investigation conclusion and Evaluating the investigation design. Scientific notation, Resolution, Magnification, Microscopic scale, Scaling in biological applications, Structural organization in living things, Atomic structure, Electron KC: Relationships 2 Scale it up! configuration, Models in science, Avogadro's constant, Tools for measurement - RC: patterns, models Vernier Calipers & Newton meter(Spring balance),. Electric charge, Conduction and insulation, Electric current, Generators, AC and DC, Sensing Circuit diagrams - Series and Parallel circuits, Potential difference, Electrolysis, KC: systems RC: 3 electrically Redox reactions, Reactivity series, Electroplating, Bioelectrogenesis; Resistivity, Function, Environment Ohm's law; Electrical circuitry of human body, Cardiac conduction system; Sensors. Acid and Base, Dissociation, Indicator, Concentration and Dilution, Neutralization, KC: Systems Chemical Salts, Soluble and Insoluble, Precipitation reactions, Digestion process, Chemical 4 RC: Balance, systems & Us composition of nutrients, Enzymes, pH level, Thermoregulation and control of blood Environment sugar levels in humans. HOW DO WE ORGANIZE Periodic table, Modern periodic table, groups and periods, Periodicity, Alkali metals, KC: Relationships 5 THE halogens, Noble gasses, transition metals, patterns in reactivity, forming ions, RC: Patterns, Form NATURAL characteristics of living things used to classify them, taxonomy, animal kingdom, WORLD? technological advances affecting models of the world. Energy, various forms of energy, properties of states of matter, relation between force and energy, absolute zero, where does energy come from?, types of chemical Scientific & HOW DO WE reactions, endothermic & exothermic, direct combination, combustion, technical 100 2 Hrs OBTAIN THE decomposition, displacement, combustion of fuels, extraction of fuels, fractional KC: Change innovation 6 ENERGY WE distillation, separation techniques, Internal combustion engine, enzymes, role of RC: Energy NEED? enzymes in cellular metabolism, Activation energy, Photosynthesis, cellular respiration, aerobic & anaerobic respiration, gas exchange in plants & animals, perpetual motion machines, efficiency, Sankey diagrams, energy flow in ecosystems. Ecology- definition, Organisms (habitat,community, ecosystems, interdependency, energy transfer,food chains and webs; Biotic and abiotic factors , Trophic levels,, pyramid of energy, number and biomass, Interactions between organisms - pathogens/parasites, disease, predator/prey, competition , symbiosis, parasitism, HOW DO mutualism with examples, population(growth curve, factors affecting population HUMANS growth), Biogeochemical cycles -carbon and nitrogen. IMPACT THE ENVIRONME Human interactions with environments -pollution- Sources and effects of pollution NT? & HOW KC: Change (land, air and water) and measure for controlling, eutrophication, effect of non 7 CAN WE USE RC: Environment, biodegradable plastics, biomagnification, acid rains, greenhouse effect, global Consequences SCIENCE TO warming and climate change Food supply(technology use in increasing food MAKE A production, negative impacts of monoculture and intensive livestock production, BETTER habitat change or destruction- Reasons,undesirable effects of deforestation on the FUTURE FOR environment ALL? Conservation- sustainable resources and development, need to conserve,water conservation, overexploitation, mitigation of adverse effects, conservation of endangered species.  Physics S.No Unit Topics/Content Concepts Global context Max Marks Duration System of units, Measurement of length, mass, time, volume, density; Orders of magnitude, Scientific notation, Rounding off, Significant figures,Errors- systematic and random errors,Accuracy and precision, Suffixes and Prefixes , 1 MEASUREMENTS Inquiring and designing an investigation, Hypothesis, Independent, Dependent variables KC: & Control variables, Relationships Experimental methodology, Scientific processes and reporting. RC: Patterns, Evidence Motion, Distance and displacement, Speed and velocity, Acceleration, Graphs describing motion, Equations of motion for uniform acceleration, Forces, Free-body diagrams, Kinetic and Static friction, Momentum, Newton’s second law expressed in terms of rate of change of momentum, average speed, uniform and non uniform speed, acceleration, average acceleration, instantaneous acceleration, deceleration, momentum, newton's laws of motion, inertia, motion graphs in uniform acceleration, acceleration due to gravity on a freely falling object, F=ma, force, moment of force, law 2 MECHANICS of moments, terminal velocity, law of conservation of momentum, collisions, Impulse and momentum, torque, circular motion and gravitation, centripetal force, centrifugal force, centripetal acceleration, Newton's law of gravitation, gravitational field strength. Work, Power and Energy, Kinetic energy, Gravitational potential energy, Elastic potential KC: energy, Work done as energy transfer, Power as rate of energy transfer, Principle of Relationships conservation of energy, Efficiency, Thermal power stations, Power from water and wind. RC: Interactions, Pressure in solids and liquids, and density Movement Waves - Transverse and Longitudinal waves, Oscillations, Compressions and Rarefactions; Speed, Frequency, Wavelength and Amplitude; Wave equation; Wave KC: effects - Reflection, Refraction, Diffraction; Sound - Nature of sound waves, Echoes, Relationships 3 WAVES echo location, Measuring the speed of the sound, Refraction of sound, Frequency and RC: Movement, Pitch, Amplitude and loudness, Quality; Ultrasound - Echo-sounding, Metal testing, Energy Scanning the womb. Heat and temperature, energy, types of energy, law of conservation of energy, Scientific & transformation of energy, work energy relationship, how to measure work done, technical 100 2 Hrs efficiency, internal combustion engine, thermodynamic equilibrium, laws of innovation thermodynamics, states of matter, phase changes, boiling point, melting point, freezing point, triple point, anamalous expansion of water, celsius and fahrenheit, kelvin scale of temperature (absolute scale), kinetic theory of collisions, activation energy, endothermic KC: Change and exothermic reaction, gas laws, ideal gas equation, thermal conductors and 4 THERMAL PHYSICS RC: Energy, insulators, heat transfer mechanisms, conduction, convection in air and water, emission Transformations and absorption of radiation, condensation, evaporation, linear expansion in solids, areal expansion and cubical or volume expansion, bimetallic strip, thermoelectricity, thermocouple, seebeck effect, peltier effect and thompson effect. calorimetry, specific heat capacity and latent heat capacity, sankey diagrams, greenhouse effect, global warming, climatic energy balance, modelling the climate, fossil fuels, harnessing renewable energy, consequences of exploitation of energy resources. Electric fields, Charge, Electric field, Coulomb’s law, Electric current, Direct current (dc), Potential difference, Heating effects of electric currents, Series & paralle circuit KC: Systems diagrams, Resistance expressed as RI = V, Ohm’s law, Resistivity, Power dissipation, ELECTRICITY & RC: 5 Electric cells, Internal resistance, Terminal potential difference, Electromotive force MAGNETISM Development, (emf), Magnetic effects of electric current, Magnetic fields, Magnetic force, Interaction ELECTROMAGNETIC INDUCTION, Electromotive force (emf), Magnetic flux, Faraday’s law of induction, Lenz’s law, self induced emd and mutual induction and Transformers. Atomic structure, size of an atom, discovery of subatomic particles, Models of atomic structure, Nuclear physics, Atomic number, mass number, Isotopes, Fundamental KC: Change particles, N/P ratio, Binding energy, average binding energy, nuclear stability, Mass RC: 6 ATOMIC PHYSICS defect, Nuclear radiation, Alpha-, Beta- and Gamma radiation, Simulation with dice on consequence, radioactivity, half life, carbon dating, Artificial and natural transmutation, nuclear fission, Environment nuclear fusion, rate of disintegration, nuclear reactor, chain reaction, G M counter for detecting radiation  Chemistry Unit Topics/Content Concepts Global context Max Marks Duration Matter (states and properties of matter; particle/kinetic theory, diffusion; ) Pure and impure substances (types of mixtures [solutions, oils, alloys, emulsions]; 1: The Particulate separation techniques, including: filtration, Nature of Matter distillation [including crude oil chromatography,osmosis], Atomic structure [including isotopes]; electron configuration and valency) Key concept :Relationships Related Concept : evidence Periodic table (metals and non-metals; transition metals, noble gasses, trends, periods, groups) 2. Periodic table and Bonding (Ionic , Covalent, metallic Bonding bonding, gaint covalent structures, Key concept :Systems properties of Ionic and covalent Related Concept : patterns compounds ,writing chemical formulas and names of compounds) Chemical reactions and the conservation of mass; balancing equations, the mole concept, and chemical calculations. (mole- mass, mole-particles, mole-volume 3.The mole concept conversions. Concentration of solutions, and stoichiometry Empirical formula, molecular formula, percentage yield, percentage purity.) Qualitative and quantitative analysis Key Concept :Change related Concepts : Evidence Scientific and technical 100 2 Hrs The Atmosphere innovation Environmental impact of chemical processes 4.Environmental Pollution and its control Key Concepts :Systems Chemistry Carbon, Nitrogen Cycles Realted Concept : Consequences Sustainable chemistry and green Chemistry principles Chemical reactions and the conservation of mass; balancing equations, Energy changes in reactions, endo- and 5.Chemical Key Concept :Systems exothermicity; combustion of fuels). Reactions Related Concept : Energy, consequences Reaction kinetics [rates, and factors affecting rates/collision theory, reversible reactions and equilibrium. Acids and Bases, neutral solutions, Key Concepts :Relationships 6. Acids and Bases acid/base reactions, pH and indicators, Realted concepts : Interactions, consequences formation of salts, uses of salts  Redox reactions, reactivity series; extraction of metals, and corrosion, Key Concept: Systems 7. Redox reactions electrochemical cells, Realted concepts : Consequences, Interaction International Union of Pure and Applied Chemistry (IUPAC naming and Key Concepts :Relationships 8.Organic Chemistry classification of: alkanes, alkenes, Realted concepts :Models, patterns alcohols, carboxylic acids, and esters; structural formulas) polymers  Biology Unit Topics/Content Concepts Global context Max Marks Duration Cells (tissues, organs, systems, structure and function),Characteristics of living things, Basic Cell structure, cell theory,functions of main cell organelles. prokaryotic cells and eukaryotic cells, differences between plant and animal cell, Levels of organization,Hierarchy of life, Parts of light microscopes to magnify specimens-calculate magnification. Stem cells Specialized cells -adaptations and functions(ciliated cell,root hair cell,sperm and egg cell,palisade cell and mesophyll, red blood cell. Biodiversity:Classification systems based on morphology, anatomy, evolutionary relationship, molecular basis. How is life Binomial Nomenclature,Species definition, 5 kingdom classification, KC:Relationships organised(Cell structure and features of bacteria, protista, fungi RC: Patterns, changes biology) Features and adaptations of Vertebrates and Invertebrates (Annelids, Nematodes,Molluscs, Arthropods-Insects, Crustaceans, Arachnids, Myriapods) Plant kingdom- mosses, ferns, conifers and angiosperms, difference between monocot and dicot. structure of virus,construction and use of dichotomous key. Movement in and out of cells -Diffusion, factors affecting diffusion, Osmosis, facilitated,active and passive transport, Osmolarity(isotonic, hypertonic, hypotonic), Surface area volume ratio How does biomolecules interact: Biomolecules-carbohydrates, Proteins,Lipids, Vitamins and Minerals,Food tests, Water as solvent.Metabolism(Anabolism and catabolism) Aerobic and anaerobic, word and chemical equations, differences, What Chemical structure of mitochondria, ATP,Uses of energy in biological systems."Biochemistry : KC:Systems process support Enzymes- Enzymes as biological catalysts, effect of temperature, pH and enzyme concentration on rate of reaction, Lock and key model of Enzyme action, RC : Transformations , life: Molecular mechanism of enzyme action,Commercial application of enzymes cell respiration Energy biology Photosynthesis-Definition, word and chemical equation, structure of leaf with functions and adaptations, storage of carbohydrates and investigation of Factors needed for Photosynthesis-light,carbon dioxide and temperature, limiting factors, Role of nitrate and magnesium ions in plant nutrition" Animal physiology I:Nutrition- balanced diet and nutrients, importance, effects of malnutrition, Macro and micro nutrients, Elements of biological importance, Digestion: Ingestion, mechanical and chemical digestion, absorption, assimilation, egestion, structure of teeth and types, dental decay and care, role of enzymes in digestion-HCl, bile, amylases, proteases and lipases, Structure and role of villi in absorption. deamination How do and detoxification, cholera and diarrhea organisms KC:Systems Features of gas exchange surfaces in alveoli, respiratory system parts, sustain RC : Environment, Balance role of cartilage in trachea, ribs,costal muscles and diaphragm in themselves ventilation, differences between inspired and expired air, role of goblet cells, mucus and ciliated cells, test for carbon dioxide and effects of physical activity on rate and depth of breathing Homeostasis-Concept of negative feedback control, Regulation-blood glucose concentration, temperature , symptoms of Type 1 diabetes and treatment  Nervous system- central and peripheral, structure of neuron and types, receptors, reflex arc and action, nerve impulse of transmission, Sense organ-structure of eye and ear. Hormones-definition and types(exocrine and endocrine), features of hormones, role of adrenaline, insulin, estrogen How organisms and testosterone ;Tropism in plants, Transport in plants-Xylem and KC: Change adapted survive phloem, structure of leaf and adaptations, Photosynthesis-Definition, word RC: environment , Interaction and chemical equation, structure of leaf with functions and adaptations, storage of carbohydrates and investigation of Factors needed for Scientific and Photosynthesis-light,carbon dioxide and temperature, limiting factors, Role technical 100 2 Hrs of nitrate and magnesium ions in plant nutrition innovation Reproduction, Cell division, evolution and biotechnology: Reproduction - definition of sexual and asexual(budding, binary fission, regeneration), advantages and disadvantages, Puberty changes Reproduction in plants-Flower,pollination and fertilization,seed structure How do and dispersal, germination, KC: Change different forms RC: environment , Interaction of life arisen Human reproductive system- Male and female parts along with functions, male and female gametes structure and function, fertilization , implantation, role of placenta, umbilical cord, amniotic sac and fluid, growth and development of fetus, labor and birth, advantages and disadvantages of breast feeding, Sex hormones-menstrual cycle, role of testosterone and estrogen), birth control methods, IVF, sexually transmitted infection-HIV , Genetics:Nucleic acids-Definition,Structure of DNA/RNA with differences, Central dogma of life, nucleotide structure, nitrogenous bases, watson and crick model of DNA, types of RNA(messenger,ribosomal and transfer) basis of genetics, various How do terminologies such as inheritance, gene, genome, phenotype, genotype, dominant, characteristics recessive, allele, locus, homozygous, heterozygous,chromosomes, haploid, diploid, autosome, allosome, sex determination in humans, monohybrid cross, construction KC: Relationships pass from one of punnett square, codominance, codominance,Pedigree chart, testcross,sex linked RC: Models, patterns generation to characteristics.Cell division- Cell cycle, mitosis-definition,stages and importance another meiosis-definition, role of meiosis in creating variation, difference between mitosis and meiosis. Variation: Definition, Phenotypic and genetic variation, continuous and discontinuous variation, mutation and mutagens, sickle cell anemia example. How does Biotechnology (genetic modification)- use of bacteria in genetic engineering,steps biotechnology in genetic engineering, advantages and disadv KC: Change create new RC: Development, options in transformation industry and health  Ecology- definition,Organisms (habitat,community, ecosystems, interdependency, energy transfer,food chains and webs; Biotic and abiotic factors , Trophic levels,, pyramid of energy, number and biomass competition Interactions between organisms -pathogens/parasites, disease, predator/prey, population(growth curve, factors affecting population growth),symbiosis, parasitism, mutualism with examples for each effect of non biodegradable plastics, acid rains, greenhouse effect, global warming and climate change. Biogeochemical cycles -carbon and nitrogen Conservation- sustainable resources and development, need to conserve, How do species KC: Systems water conservation, overexploitation, mitigation of adverse effects, conservation of interact endangered. RC: Balance, function Human interactions with environments -pollution- Sources and effects of pollution (land, air and water) and measure for controlling, eutrophication, effect of non biodegradable plastics, biomagnification, acid rains, greenhouse effect, global warming and climate change Food supply(technology use in increasing food production, negative impacts of monoculture and intensive livestock production, habitat change or destruction- Reasons,undesirable effects of deforestation on the environment Microorganisms and Disease, Vaccination , immunity Bacteria, viruses, fungi, and protists Pathogens and the immune response Factors KC: relationships Vaccines and antibiotics affecting Rc: Consequences , Emerging diseases and global health issues Human health interactions Excretory system Ciculatory system/cardioovascular system Musculoskeletal system Musculoskeletal system ECOLOGY:  Integrated humanities Unit Topics/Content Concepts Global context Max Marks Duration Conflict resolution 1. Civil Rights Movement in America,South Africa and India towards a fairer world 2. Cause and effects 3. The course of the events related to the movements 4. Case studies[Aparthied movement and Indian Independence Movement - Change, Causality, Equity Gandhian phase) 5. Case studies: Significant individuals - Mahatma Gandh, Nelson Mandela and Martin Luther king Jr. Endeavour to regain 1. Sustainable management of natural environments: Tropical rainforest, the lost systems Savanna Grasslands 2. Locational factors, characteristics of plants, animals and indigenous people, Changes in biomes, Management of biomes for the sustainability 3. Sustainable management of Urban systems: 4. Urbanization, urban migration push-pull factors Urban sprawl, urban land- Systems, Innovation and Revolution, use models, Megacities, Sustainability 5. Urban challenges and solutions for sustainability with governments and other social agents intervention 6. Human interactions and their impacts on biomes [urbanization]. Peace and Conflict 1. Causes and effects of Wars - World War - 1, World War -2 and the Cold War in the twentieth century Global Interaction, Cooperation, Scientific and technical innovation 80 2 Hrs 2. Supranational Organizations/Institutions Causality 3. Significant Individuals Demographics and 1. Change in population over time [reasons and effects] their Inventiveness 2. Population pyramids and models Migration [types, reasons and effects] 3. Significant individuals [Thomas Rober Malthus, Ester Boserup] Time, Place and Space, Choice, 4. Significant individual - An influential person Case studies on Population Processes migration 5. Trade, aid, flows and exchange Evolving for 1. Indicators of Economic Growth and Development” Meaning and differences sustaining (Economic between Economic Growth and Development Growth and 2. Pre-requisites or conditions required for growth [Economic and Non- Development Economic Conditions] Indicators used for measuring Growth and development Indicators) 3. Characteristics of LEDC and MEDC (Less Economically Developed and More Economically Developd Countries) Systems, Equity, Growth 4. A Comparative Analysis Some Strategies adopted for achieving Economic growth Issues/ Challenges faced by the Developing Economies 5. Vicious Circle of Poverty Unemployment Over Population Inequitable distribution of Income and Wealth 6. Policies adopted to deal with these Some success stories (case studies) of nations related to Economic Development.  Hindi Language acquisition Unit Topics/Content Concepts Global context Max Marks Duration House and home (मकान और घर), Local area ( थानीय े ), Holidays (छु टयां), Culture and communities (सं कृ त और समुदाय) Local area, travel and tourism ( थानीय े , या ा और पयटन) Connections. development Technology and the media ( ौ यो गक और मी डया) Technology and Social Media , Mobile technology Scientific and Social media Connection technical innovation 72 2 Hrs  Spanish Language acquisition Emergent Unit Topics/Content Concepts Global context Max Marks Duration House and home Local area Holidays Local area, travel and tourism Culture and communities Mobile technology Social media Technology and the media The weather The environment Global issues The world we live in Scientific and technical innovation 72 Marks 1 Hr 45 mins Self, family, friends Free time and leisure Food and drink and health Festivals and celebrations Identity and culture Capable Unit Topics/Content Concepts Global context Max Marks Duration Yo, mis familiares y amigos El tiempo libre y el ocio La identidad y la cultura La alimentación, el consumo de bebidas y la salud Los festivales y las celebraciones Culture La casa y el hogar La innovación científica y técnica 72 2 Hrs El área local El área local, los viajes y el turismo Las vacaciones La cultura y las comunidades Connection La tecnología móvil La tecnología y los medios de comunicación Las redes sociales Communication  French Language acquisition - Emergent Unit Topics/Content Concepts Global context Max Marks Duration Moi, ma famille, mes amis Temps libre et loisirs Alimentation, boissons et santé Communication , purpose , Identité et culture Fêtes et célébrations meaning Vie scolaire Projets d’avenir Éducation et monde du travail Emplois Culture , Function , pattern 72 M 2 Hrs Le monde dans lequel nous Météo Environnement Questions vivons mondiales Maison et habitat Vie locale Vacances Culture et communautés Vie locale, voyage et tourisme Connections. development Technologie et médias Technologie mobile Médias sociaux Innovation scientific et technique. Capable Unit Topics/Content Concepts Global context Max Marks Duration Moi, ma famille, mes amis Temps libre et loisirs Alimentation, boissons et santé Identité et culture Fêtes et célébrations Culture Maison et habitat Vie locale Vacances Vie locale, voyage et tourisme Culture et communautés Communication Technologie mobile Technologie et médias Médias sociaux Lien Innovation scientific et technique 72 2 Hrs