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Syllabus for Second Year of CHSE, 2015 - 2017
Alternative English
ProseA01PRO
A20 AWWS The Wonder World of Science
The Wonder World of Science
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A21 AOEX Our Environment
Our Environment
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A22 AWBX The World of Business
The World of Business
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A23 ACWX The Changing World
The Changing World
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PoetryA02POE
A24 AICS Indian Children Speak
Indian Children Speak
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A25 AGPX The Goat Paths
The Goat Paths
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A26 AQCX Of a Questionable Conviction
Of a Questionable Conviction
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A27 AMIR Mirror
Mirror
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A28 ATOA Toads
Toads
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Short StoriesA03SHST
A29 AHMX The Happy Man
The Happy Man
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A30 ATRE The Tree
The Tree
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A31 AWMX The Watch Man
The Watch Man
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One Act PlaysA04OAP
A32 AHTX The Hour of Truth
The Hour of Truth
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Grammar and UsageA05GRA
A33 ARTA Revision of Tense and Aspect'
Revision of Tense and Aspect'
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A34 ARPV Revision of Prepositions and Phrasal Verbs
Revision of Prepositions and Phrasal Verbs
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A35 ACTX Clause Types
Clause Types
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A36 ALDX Linking Devices
Linking Devices
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A37 AWOE Word Order and Emphasis
Word Order and Emphasis
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Biology:Botany
Plant physiologyB04PP
B22 BTPX Transport in Plants
1. Cell as a Physiological unit2. Diffusion3. Osmosis4. Imbibition5.Water relation (Water Potential, Osmotic Potential, Pressure Potential)6. Absorption of Water: Availability of soil water7. Mechanism of active and passive absorption(LQ)8. Theories of translocation of water – transpiration pull and root pressure9. Concept of apoplast and symplast10. Transpiration(LQ), Significance and Factors affecting rate of transpiration11. Mechanism of stomatal opening and closing(K ion theory)(LQ)
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B23 BMNX Mineral nutrition
Mineral Nutrition1. Essential elements2. Functions of macro-elements and trace(micro) elements3. Deficiency symptoms of macro-elements and trace(micro) elements4. Mechanism of mineral absorption and translocation5. Elementary idea about biological N2 fixation
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B24 BPHS Photosynthesis
1. The significance and site of photosynthesis2. Chlorophyll structure3. Photochemical(Light) and Biosynthetic (dark) phases(LQ)4. Electron Transport Chain(LQ)5. Photophosphorylation - Cyclic and Non cyclic (LQ)6. C3 and C4 pathway(LQ)7. Photorespiration8. Factors affecting photosyntesis
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B25 BRPX Respiration in Plants
1. Cellular Respiration(Aerobic, Anerobic and fermentation)2. Glycolysis(LQ)3. TCA Cycle(LQ)4. Electron Transport System(LQ)5. Oxidative Phosphorylation - ATP Synthesis - Chemiosmotic hypothesis(LQ)6. Respiratory Quotient7. Carbon dioxide compensation point
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B26 BPGD Plant Growth and Development
1. Characteristics of plant growth2. Elementary idea on Phytohormones a. Physiological effects of auxins(LQ) b. Physiological effects of Gibberlins(LQ) c. Physiological effects of cytokinins3. Mechanism of Germination of seeds(LQ)4. Factors affecting seed germination5. Seed dormancy6. Process of flowering: Photoperiodism and Vernalization7. Senescence and Abscission
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B27 BMOV Movements in plants
1. Phototropism and geotropism2. Tropic and nastic movements
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Genetics, Molecular Biology and EvolutionB07GMBE
B42 BMBX Molecular Biology
1. Search for Genetic Material - Griffith and Avery's Experiments on Transformation(LQ)2. Structure and function of DNA(LQ)3. Replication of DNA(LQ)4. RNA World5. Gene Expression6. Transcription in Prokaryote(LQ)7. Transcription in Eukaryote8. Translation in Prokaryote(LQ)9. Translation in Eukaryote10. Regulation of gene expression (Induction and repression)11. Human genome project12. DNA Finger Printing
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Biology and Human WelfareB08BHW
B47 BIFP Improvement in food production
1. Hybridisation2. Breeding for Crop improvement3. Animal husbandry: Management of Farm animals (Diary farm and poultry farm management, animal breeding)4. Bee keeping5. Fisheries
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B48 BMHW Microbes in human welfare
Microbes in Human welfare:1. Houshold and industrial products2. Sewage treatment3. Biogas production4. Biocontrol agents5. Biofertilizers
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Biotechnology and its ApplicationsB09BTA
B50 BPBT Processes of biotechnology
1. Recombinant DNA Technology: Tools, Techniques, steps and application2. Tissue culture: a. Totipotency b. Techniques, steps and applications of plant tissue culture
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B51 BABT Application of Biotechnology
Production of Transgenics with examples from plants, animals and microbesBiotechnology
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Ecology and environmentB10EE
B53 BECO Ecosystem
1. Autecology and Synecology2. Ecosystem and its components3. Ecological Factors a. Climatic b. Edaphic c. Topographic d. Biotic4. Types of ecosystem a. aquatic b. terrestrial5. Energy flow in ecosystem6. Food chain and food webs7. Ecological Pyramid8. Plant community and plant succession - hydrosere and xerosere
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PracticalsB20PRA
B71 BSLP Studies on plant pigments
1. Study of the effect of temperature and chemical (methanol, acetone, formaldehyde) on leaching of pigments in beet root.2. Study of plant pigments by paper chromatography.
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B72 BSPH Study of photosynthesis
Study of light intensity, light quality, and dissolved carbon dioxide on photosynthesis by Wilmott’s bubbler.
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B73 BSTR Studies on transpiration
1. Study of transpiration by Ganong’s and Farmer’s photometer.2. Study of relation between transpiration and absorption by T/A apparatus.3. Comparative study of rate of transpiration from upper and lower surface of dicot leaf.4. Study of distribution of stomata on upper and lower surface of a dicot and a monocot leaf.
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B74 BSPL Study of plasmolysis
Study of plasmolysis in cells of epidermal peels of Rhoeo discolour and to fimd out the concentration of isotonic condition.
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B75 BCPT Study of the presence of carbohydrates, proteins and fats
Qualitative test for the presence of carbohydrates (glucose,starch,cellulose), proteins and fats in rice/wheat/gram/potato.
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B76 BSOP Study of osmosis
Study of osmosis by potato osmometer.
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B78 BSSG Studies on seed germination
1. Demonstration of conditions necessary for germination (air and water).2. Demonstration of stages of germination.3. Demonstration of types of germination: epigeal and hypogeal germination.
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B79 BDPG Demonstration of phototropism and geotropism
1. Demonstration of experimental set up showing phototropism.2. Demonstration of experimental set up showing geotropism.
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B80 BVMR Analysis of samples for verification of mendelian ratio.
Analysis of samples for verification of mendelian ratio using pea seeds or colour beads.
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B94 BIMA Identification with morphological adaptations
Identification with morphological adaptations of the following specimens1. Hydrophytes: Hydrilla, Pistia and Eichornia2. Xerophytes: Opuntia and Casuarina
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Biology:Zoology
Human Organ System and PhysiologyB05HOSP
B33 BNSM Nervous system of man
Neural control and coordination in Man:1. Structure and Function of Brain(LQ)2. Structure and Function of Spinal cord3. Autonomic nervous system(Elementary Idea)4. Reflex action5. Mechanism of Transmission of Nerve Impulse(LQ)
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B34 BEGH Endocrine system of man
Chemical coordination and regulation of human endocrine system1. Name, location, hormones and function of different endocrine glands2. Feedback Control3. Hormonal disorders
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Reproduction in OrganismsB06RO
B35 BARX Asexual reproduction
1. Types of reproduction2. Asexual reproduction(LQ) a. Binary fission b. Multiple fission c. Budding in hydra d. Gemmule in sponges
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B37 BSRM Human Reproduction
Sexual reproduction in man:1.Male reproductive system(LQ)2.Female reproductive system(LQ)3.Menstrual cycle4. Gametogenesis (Spermatogenesis and Oogenesis)5. Fertilization
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B38 BHDX Human Development
Human Development1. Embryonic development (brief)2. Implantation3. Pregnancy4. Parturition5. Lactation
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B40 BRHX Reproductive health
Reproductive Health:1. Problem and strategies2. Population explosion and birth control3. Medical termination of pregnancy4. Sexually transmitted diseases (STD)5. Infertility
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Genetics, Molecular Biology and EvolutionB07GMBE
B41 BGEN Genetics
Heredity and Variation1. Mendel's Laws of Inheritance(LQ)2. Chromosomal basis of inheritance3. Other patterns of Inheritance a. Incomplete dominance b. Multiple allelism c. Quantitative inheritance4. Linkage and crossing over5. Sex determination(LQ)6. Sex linked inheritance(LQ)7. Chromosomal Aberrations (Structural)8. Pedigree analysis of hemophilia9. Genetic disorders - Hemophilia, sickle cell anemia, phenylketonuria, Down's syndrome, Klinefelter's syndrome and Turner's syndrome
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Biology and Human WelfareB08BHW
B44 BHHD Human health and disease
1. Common diseases in human: Typhoid, pneumonia, common cold, malaria, amoebiasis, ascariasis, filariasis, ringworm2. Immunity: a. Immune system of our body b. Innate and acquired immunity c. Cell mediated immunity and humoral immunity d. Active and passive immunity e. Vaccination and immunization f. Allergies, Autoimmunodiseases, AIDS, Cancer3. Problems of Adoloscence: Drug and Alcohol Abuse - prevention and control
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Ecology and environmentB10EE
B54 BBDC Biodiversity and its conservation
1. Importance of biodiversity2. Biosphere reserve, National parks, sanctuaries and zoos
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B55 BEAX Environmental Issues
Environmental issues:1. Air pollution and its control2. Water pollution and its control3. Agrochemicals and their effects4. Solid waste5. Radioactive wastes6. Greenhouse effect7. Global warming8. Ozone depletion in stratosphere9. Deforestation10. Degradation by improper resource utilization and maintenance
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PracticalsB21PRA
B84 BASA Study of action of salivary amylase on starch
Study of action of salivary amylase on starch and effect of pH and Temperature
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B85 BAUX Analysis of Urine
To test the presence of urea, sugar and bile salts in urine/given sample
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B86 BSMT Study of Mendelian Traits
Study of Mendelian Traits in man such as tongue rolling, Hitchhiker's thumb, ear lobe and widow's peak
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B87 BSOB Studies on blood
1. Preparation of blood smear of toad / man2. Study of haemolysis and crenation of human blood cells3. Working principle of haemoglobinometer
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B88 BRHB Study of rate of heart beat
Study of heart beat of frog / toad and effect of temperature on heart beat
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B89 BSHS Study of histological slides of organs
Study of TS through spinal cord, ovary, testis, artery, vein, kidney and stomach
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B90 BSMO Study of models of organs
Study of models of organs of human being such as eye, ear, heart and brain
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B91 BSKE Study of human skeleton
Study of vertebrae, girdles and limb bones
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Chemistry
Chemical ReactionC04CR
C10 CENR Energetics
1. System and its types a. Properties of system, extensive and intensive properties of a system b. Thermodynamics state of a system c. Surroundings2. Processes – reversible processes3. Internal energy and enthalpy4. The first law, heat capacity and specific heat, measurement of delta U and delta H5. Thermochemistry: a. Exothermic and endothermic reactions b. Enthalpy change of reaction at constant pressure and constant volume, relation between them, enthalpy of formation, combustion and neutralisation, sublimation, ionization and solution c. Hess’s law of heat summation and its applications6. Entropy and free energy, spontaneity of a process.
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C11 CEQL Equilibria
Equilibrium in physical and chemical processes1. Law of mass action; Equilibrium constants (Kc, Kp, and Kx), relation among them, the reaction quotient and its relation with the equilibriumSimple homogeneous equilibria, heterogeneous equilibria (dissociation of CaCO3 and NH4HS)2. Le – Chateliers, principle and its application to synthesis of NH3 and HI3. Numerical problems on chemical equilibrium.4. Theories of acids and bases, ionisation of weak acids and bases (derivation of expression for ionisation constants and degree of ionisation)5. Ionic product of water, pH and other logarithmic terms6. Common ion effect7. Solubility product and their applications with special reference to application in salt analysis8. Buffer solution and Henderson equations for acid and basic buffers9. Hydrolysis of salts10. Numerical problems on ionic equilibrium.
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C12 CKIN Chemical Kinetics
1. Slow and fast reactions2. Rate (speed) of reactions, average and instantaneous rates3. Factors affecting rate of reactions4. Order and molecularity of reactions with examples of simple reactions5. Kinetics of zero and first order reactions6. Fractional–life period (half–life period as a special case)7. Dependence of rate constant with temperature (Arrhenius equation)8. Activation energy9. Collision theory of unimolecular reactions (elementary idea; mathematical treatment excluded)10. Numerical problems.
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FamiliesC06FAM
C19 COXY Oxygen Family
General characteristics of oxygen familyPreparation, properties and uses of 1. ozone 2. hydrogen sulphide 3. sulphur dioxide 4. sulphuric acid
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C20 CHAL Halogen Family
General characteristics of halogen familyPreparation, properties and uses of Fluorine, HF, HCl, HBr and HIBrief idea about interhalogen compounds
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C21 CZGE Zero Group Elements
Position the periodic tableProperties and uses of Noble gasesProperties and structure of 1. XeF22. XeF43. XeF6
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C22 CTRA Transition Metals
General characteristics, Principle of extraction (industrial details excluded), properties and uses of Cu and Fe
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Electro, Nuclear and Coordination ChemistryC07ENC
C23 CELE Electrochemistry
1. Electrolytes and non-electrolytes, electrolysis in molten state and aqueous solutions, laws of electrolysis2. Electrolytic conductance: conductance and resistance, specific, equivalent and molar conductance, variation of equivalent conductance with dilution (qualitative treatment), equivalent (and molar) conductance at infinite dilution, Kohlrausch’s law and its applications3. Galvanic cells: cells and cell reactions, electrode potential and cell potential, the Nernst equations and its application, standard electrode potential, electromotive series, emf of simple cells4. Lead accumulator and fuel cells5. Numerical problems
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C24 CNUC Nuclear Chemistry
1. Consequence of alpha, beta and gamma emissions, the group displacement law2. Kinetics of radioactive decay, half–life and average–life period3. Nuclear stability and neutron–proton ratio4. Mass–energy conversions5. Carbon dating6. Artificial radioactivity induced by alpha particles and neutrons7. Elementary idea on nuclear fission and fusion8. Application of radioisotopes9. Numerical problems
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C25 CCOO Coordination Chemistry
1. Ligands and their types2. Werner’s theory of co–ordination compounds3. Nomenclature and isomerism of coordination compounds4. Colour, magnetic properties and shapes5. Importance of coordination compounds in qualitative analysis, in extraction of metals and in biological systems.
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Derived HydrocarbonsC10DHC
C35 CALD Aldehydes and Ketones
1. Preparation: Oxidation and dehydrogenation of alcohols, dry distillation of calcium salts, from carboxylic acids, ozonolysis, from acid chlorides and Grignard’s reagents, hydration of alkynes2. Properties: additions of HCN, NaHSO3, ROH to carbonyl groups, blocking of carbonyl group by cyclic acetal formation, addition, elimination reactions with hydrazine, phenyl hydrazine, DNPH, semicarbazide and ammonia3. Reactions with Tollen’s reagent, Fehling’s solution4. Oxidation and reduction, action of PCl5, halogenation and haloform reactions, aldol reaction and Cannizzaro’s reaction
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C36 CMCA Monocarboxyllic acids
1. General formula, methods of preparation: Oxidation of primary alcohols and aldehydes, hydrolysis of nitriles and esters, carboxylaiton of Grignard’s reagent2. Properties – physical and chemical: acidic nature, formation of acid derivatives, alkanes reaction of formic acid with Tollen’s reagent
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C37 CMCD Derivatives of Monocarboxyllic acids
1. Amides: Preparation - pyrolysis of ammonium salts, partial hydrogen of nitriles; reactions - dehydration, action of HNO2, Hoffmann’s bromamide reaction2. Acid chlorides: Preparation from acids, reactions with alcohols and sodium salts of acids.3. Esters: Preparation from acids acid derivatives; reactions - hydrolysis, with alkali and reduction
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C38 CANC Aliphatic Nitrogen Compounds
1. Nitroalkanes: Preparation by nitration of alkanes and substitution of alkyl halides, reaction (reductions, action of HNO2).2. Aliphatic amines: Types of amines, basic nature of amines, preparation, of primary amines only reduction of nitroalkanes, cyanides, Hoffmann bromamide reaction3. Properties - Physical, Chemical: basicity, reaction with alkyl halides, acid chlorides and carbylamine reaction
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C39 CCOC Interconversion of Organic Compounds
1. Interconverison of organic compounds involving a. Ascending and descending carbon series without changing functional groups b. Changing functional group without changing the number of carbon atoms in both aliphatic and aromatic compounds.
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Aromatic CompoundsC11AC
C41 CARC Aromatic Compounds
1. Aromatic hydrocarbons: Preparation: General methods of preparation. Aromaticity (Huckel’s rule), graphic formula of benzene, toluene and xylenes, Properties: Electrophilic substitution reactions with mechanism (halogenation, nitration, sulfonation and Friedel – Craft’s reactions), addition reactions, oxidation and ozonolysis. Directive influence of substituents in aromatic substitution reactions.2. Haloarenes: Nature of C – X bond (sp3C – X and sp2C – X bonds), preparation by substitution reaction and Sandmeyer’s reaction, Reactions: Nucleophilic and electrophilic substitution reactions (directive influence of the halogen atom), Fitting and Wurtz – Fitting reactions.3. Phenols: Preparation: From haloarenes, sodium arene – sulphonates, diazonium salts, phenol from cumene (principle only) Properties: physical, Reactions – acidic nature, esterification, electrophilic substitution reactions (nitration and halogenation), oxidation, reaction, with zinc dust and Reimer – Tiemann reaction.4. Aromatic aldehydes: General methods (From acid chlorides, nitriles, arenes, by side chain halogenation followed by hydrolysis, Gatterman – Koch reaction), Preparation of benzaldehyde by Etard’s reaction. Properties: Reaction with HCN phenyl hydrazine, electrophilic substitution reaction (nitration, halogenation), Cannizzaro reaction.5. Aromatic Carboxylic acids: General methods of preparation by oxidation of arenes (alkyl benzenes), from nitriles and amides, acyl halides, esters and anhydrides, carboxylation of Grignard reagents. Properties: Acidic character, reaction with PCl5 alcohol, decarboxylation, electrophilic substitution reaction (nitration, halogenation).6. Arylamines: general methods of preparation of Aniline from nitroarenes, properties: basic character, reaction with alkyl halide, acyl halide, nitrous acid and electronphilic substitution reactions (halogenation, sulfonation).7. Aryl diazonium salts: Preparation of arene diazonium chloride from arylamines, its use in synthesis of arenes, phenols, nitroarences, fluroarenes, chloroarenes, bromoarenes, nitroarenes, aryl cyanides, coupling reaction.
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BiomoleculesC12BIO
C42 CBIO Biomolecules
Biomolecules: The cell and energy cycle, photosynthesis and energy, preliminary idea about carbohydrates, proteins, aminoacids, polypeptides, lipids, hormones and vitamins.
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Chemistry in Service of HumanityC13CSH
C43 CCSH Chemistry in Service of Humanity
1. Chemicals in Medicines: Analgesics, antipyretics, antibiotics and antiseptics (only characteristics and few important examples, structure and preparation are not required).2. Polymers: Classification of polymers: natural and synthetic polymers, important uses and formula of polythene, PVC, neoprene, Teflon, Buna–S, nylon, 6, 6, terylene and Bakelite.3. Pesticides: definition, classification, insecticides, fungicides and rodenticides (only the names of few commercial compounds be mentioned).4. Soap and Detergents: General idea about Soap and detergent, some important examples.
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PracticalsC15PRA
C73 CPCS Preparation of crystalline salts
Preparation of crystalline salts 1. Mohr's Salt 2. Potash alum
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C74 CQAX Quantitative analysis
Quantitative analysis1. Double titration: Two experiments to be done a. One acid two alkalies double titration b. Two acids one alkali double titration.2. Bench acid Titration: Strong acid of approximately 20. N to be supplied3. Redox Titration: Titration between potassium permanganate and oxalic acid.
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C75 CIBR Identification of basic radicals by dry and wet test
1. Wet tests for basic radicals: Wet tests for the following basic radicals be done. a. Group – I basic radicals: Ag+, Pb2+, Hg22+ b. Group – II basic radicals: Hg2+, Cu2+, Bi3+, As3+, Sb3+, Sn2+ and Sn4+ c. Group – III A basic radicals: Fe3+, Al3+ and Cr3+ d. Group – III B basic radicals: Co2+, Ni2+, Zn2+, and Mn2+ e. Group – IV basic radicals: Ba2+, Ca2+, and Sr2+ f. Group – V basic radicals: NH4+, Mg2+, K+, Na+2. Identification of unknown basic radicals: For identification of unknown basic radicals both dry and wet tests are to be performed
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C76 CTFG Test for functional groups present in organic compounds
Qualitative organic analysis1. Test for unsaturation2. Distinction between aromatic and aliphatic compounds (copper foil test)3. Test for carboxylic, phenolic, aldehydic, ketonic and alcoholic groups.
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English
ProseN01PRO
N67 NGOP My Greatest Olympic Prize
My Greatest Olympic Prize
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N68 NEXA On Examinations
On Examinations
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N69 NTPL The Protrait of a Lady
The Protrait of a Lady
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N70 NTMT The Magic of Teamwork
The Magic of Teamwork
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N71 NDPV Development of Polio Vaccines
Development of Polio Vaccines
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PoetryN02POE
N77 NDAF Daffodils
Daffodils
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N78 NBFG The Ballad of Father Gilligan
The Ballad of Father Gilligan
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N79 NPOL A Psalm of Life
A Psalm of Life
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N80 NTEL Television
Television
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N81 NMMX Money Madness
Money Madness
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Non-detailed StudyN03NDS
N88 NTDW The Doctor's Word
The Doctor's Word
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N89 NTNR The Nightingale and the Rose
The Nightingale and the Rose
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N90 NMMC Mystery of the Missing Cap
Mystery of the Missing Cap
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N91 NTMP The Monkey's Paw
The Monkey's Paw
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N92 NMMO My Mother
My Mother
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N93 NSHS Stay Hungry. Stay Fit.
Stay Hungry. Stay Fit.
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Steps to WritingN04SW
N38 NIGC Interpreting Graphs, Charts etc
Interpreting Graphs, Charts, Tables and Diagrams etc
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N39 NREB Reporting events and Business Matters
Reporting events and Business Matters
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N40 NNMS Note Making and Summarizing
Note Making and Summarizing
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N41 NEWX Extended Writing
Extended Writing
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Grammar in Context and TranslationN05GCT
N47 NINT Interrogatives
Interrogatives
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N49 NRTM Revision of Tense Pattern and Modal Verbs
Revision of Tense Pattern and Modal Verbs
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N51 NPAS The Passive
The Passive
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N52 NCON Conditionals
Conditionals
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N53 NDRS Direct and Reported Speech
Direct and Reported Speech
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General
Basic Computer EducationG03IT
G11 GPRA PRACTICALS
PRACTICALS: DOS, Windows, MS-Office, web page, browsing, sending and creating a mail
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Information Technology
DatabasesI07DB
I11 IDBS Data Processing
Introduction to Data base Management System:1.Basic concept of Data Base Design: Components of database design2. Database and its features3. Data normalization, normal forms: 1st, 2nd and 3rd normal forms4. DBMS and its types; advantages of DBMS5. Data Ware housing: Definition, different layers, components, advantages and application areas6. Data Mining: Definition, its evolution, technologies used in data mining, advantages, uses and application area7.Geographic Information System: Definition, components, advantages, disadvantages, uses and application area8. e-Commerce: Definition, its types, advantages, disadvantages and application areas
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Internet and its applicationI08IN
I12 INET Introduction to Internet
1.Internet backbones and its features2. Internet access a. Dial up connection b. Direct connection c. Broad Band connection3. Role of ISP4. Functions of Hub, switch,bridge, router, repeater and gateway in internet5. Internet Protocols: a. TCP/IP b. FTP c. HTTP d. TELNET e. Gopher f. WAIS6. Internet Addressing: Domain name, IP addresses, e-mail addresses and URL7. Dstinction between internet, intranet and extranet
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I20 ISSI Internet Security
1. Threats and prevention from viruses, worms, trojan horses, spams, use of cookies2. Protection using firewall, proxy server 3. Concept of public key and privae key, use of digital signature4. Virtual Private Network
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I27 IINA Internet Applications
1. WWW, Web page, website, web browsing, Web Browsers, Search Engine2. File down loading and uploading3. Chatting and internet relay chat (IRC)4. e-Mail and its features5. Mailing list and news group6. Internet telephony system
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I29 ICCX Cyber Crime
1. Definition and types of cyber crime: Cyber talking, hacking, software piracy, on-line fraud, pornography, spooling2. Cyber laws: India IT Act related to cyber laws and Intellectual property rights issues.
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Visual BasicI09VB
I14 IVBE Visual Basic and Integrated Development Environment
1. Object Oriented Programming Features2. Visual basic and the integrated development environment3. VB Programming process4. Projects Explorer5. Form lay out6. Creating Application7. Project and interface8. VB Intrinsic controls9. Working with controls10. Form design11. Development environment customization12. SDI and MDI, Customization and applications
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I15 IVBL Visual Basic Language
1. Data types2. Variables3. Operators4. Expressions5. General statements and control statements6. Arrays7. Built in Functions and procedures8. Control arrays and user defined procedures9. Creating and calling functions
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PracticalsI20PRA
I69 IIFX Internet Fundamentals
1. Host address, IP address, Host name, Domain name, Servers, Clients, Protocols, Internet services, www, Website, URL2. Connecting to Internet: Dedicated connection, Dial up connection3. Browsers and e-mail, e-mail account, e-mail ID, e-mail commands
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I70 IWPD Web page design-ms-frontpage
HTML, HTML tags, Body tags, Titke tags, Fonts, Table, HTML page design
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I71 IMSA MS Office - Access
1. Database, MS access, modules, Tables, Creation, Deletion of data files2. Updation of data files, Forms, Query3. Report generation
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I72 IVBP Visual Basic
1. Visual basic and visual basic IDE, Object oriented programming features, Visual basic programming process.2. Project explorer, Form laout, Creating application project, Interface, datatypes, Variables, Constants.3. Scope and module variable, Operators expressions, General statement and Control statement.4. Built in functions, Procedures, Creating and Calling functions, User defined procedures.5. Arrays, Controling arrays and User defined procedures.
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Mathematics
Number SystemM02NS
M29 MLPP Linear Programming Problem
1. Introduction to Linear Programming Problem(LPP)2. Graphical solution of system of linear equations with two variables.3. Graphical solution of LPP(upto three constraints)
Aspire +2 Science College
Differential CalculusM06DCAL
M17 MADX Application of Derivatives
1. Rate of change2. Tangents and normals.3. Increasing and decreasing functions4. Maxima and minima(simple Problem)5. Approximation6. Rolle's theorem; Lagrange's and Cauchy's Mean value theorem (without proof) and their geometrical interpretations and simple applications.7. Indeterminate forms, L-Hospital's Rule (without proof) and its application.
Aspire +2 Science College
M28 MDER Derivatives-II
1. Derivatives of composite function: a. Chain rule b. Inverse trigonometric functions c. Exponential and logarithmic functions d. Implicit functions e. Logarithmic differentiations2. Derivatives of functions represented by parametric form.3. Successive differentiation; Leibinitz Theorem (Statement only)4. Partial Derivatives5. Euler's Theorem (without proof) and its simple application.
Aspire +2 Science College
Integral CalculusM07ICAL
M18 MAND Antiderivative (Indefinite Integral)
1. Antiderivatives, indefinite integral, Standard integration formulae2. Algebra of integrals3. Integration by method of substitution4. Integration by parts.5. Integration by Partial fractions6. Integration of rational and irrational algebraic functions and of trigonometric functions.
Aspire +2 Science College
M19 MDIX Definite Integral
1. Definite integral, fundamental theorem of integral calculus (statement), Elementary properties of Definite Integrals.2. Walli's formula3. Use of definite integral for evaluation of areas of plane regions bounded by simple curves.
Aspire +2 Science College
M20 MDEQ Differential Equation
1. Definition, orders, degrees, general and particular solution of a differential equation.2. Formation of differential equations3. Solutions of differential equations by method of Separtion of Variables4. Homogenous differential equations of first order and first degree5. Linear differential equation of the form dy/dx + p(x)y = q(x) 6. Solution of differential equation of the form d2y/dx2 = f (x)
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Aspire +2 Science College CHSE Second Year: 2015 - 2017Page 17 of 26
3D Co - ordinate Geometry and VectorM08CGV
M21 MTSL 3D Straight Line
1. Co-ordinate axes and co-ordinate planes, Co-ordinates of a point2. Distance between two points. Division formula3. Direction consines and direction ratios of a line.4. Projection of a line segment on another line.5. Angle between two lines.6. Definition of a plane and its equations in different forms. Transformation of the general form to normal form7. Angle between two planes8. Distance of a point from a plane9. System of planes10. Equation of a plane bisecting the angle between two planes.11. Symmetrical and un-symmetrical form of equations of a line and transformation of non-symmetrical form to symmetrical form.12. Condition of co-planarity of two lines13. Angle between a line and a plane.14. Distance of a point from a line.
Aspire +2 Science College
M22 MSPH 3D Sphere
1. Difinition , equation of a sphere in standard form. 2. Sphere through four non-coplanar points. 3. Equation of sphere where the end points of a diameter of the sphere are given.
Aspire +2 Science College
M23 MVEC Vector
1. Vectors and scalars, Types of vectors2. Algebra of vector3. Position vector of a point.4. Resolution of a vector into components.5. Scalar (Dot) product of two vectors and its Geometrical meaning6. Commutative and distributive properties of scalar product.7. Vector (Cross) Product and its Geometrical meaning8. Properties of vector product (Without Proof)9. Scalar Triple Product and vector triple product with simple application
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Determinants and MatricesM09DM
M10 MDET Determinants
Determinants upto the order three, Minors and cofactors, Properties of determinant, Crammer’s rule.
Aspire +2 Science College
M11 MMAT Matrices
Matrices, algebra of matrices, transpose and Inverse of a matrix, Solution of a system of linear equations in two or three variables by matrix inversion method and by Cramer's Rule.
Aspire +2 Science College
Permutation and CombinationM10PC
M09 MPCX Permutation, Combination and Binomial Theorem
1. Principle of counting, Permution and combination with and without repeatition2. Statement of Binomial theorem for any rational index and proof of this theorem for positive integral index and identities involving binomial co-efficients.
Aspire +2 Science College
Probability and StatisticsM11PS
M24 MPRO Probability
1. Basic concepts of probability2. Conditional probability and independence3. Compound events4. Random variable and probability Distribution (binomial distribution only)
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Aspire +2 Science College CHSE Second Year: 2015 - 2017Page 18 of 26
Odia
Odia ProseO01Pro
O21 OJSS Jatiya Jeevanare Sahityara Sthana
Jatiya Jeevanare Sahityara Sthana
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O22 OKSH Kshama
Kshama
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O23 OBHU Bhul
Bhul
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O24 OJJS Jatira Jeevana o sanskriti
Jatira Jeevana o sanskriti
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Odia PoetryO02Poe
O25 OCHA Chandravaga
Chandravaga
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O26 OSKN Sthula Kalebara Nuhain Amara
Sthula Kalebara Nuhain Amara
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O27 ODAL Dharmapadara Atmalipi
Dharmapadara Atmalipi
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O28 OGSX Grama Smashana
Grama Smashana
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O29 OVPX Viswajeevana Pathe
Viswajeevana Pathe
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Odia GrammarO04Gra
O34 OAPP Darakhast Leekhana
Darakhast Leekhana
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O35 OAPX Ababodha Parikshana
Ababodha Parikshana
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O36 OBAS Bipareeta Artha bodhaka Shabda
Bipareeta Artha bodhaka Shabda
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O37 OSVS Samocharita bhinnarthabodhaka shabda
Smocharita bhinnarthabodhaka shabda
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O38 OEKA Ekapadikarana
Ekapadikarana
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Odia StoryO05Sto
O30 OEMB Ebe Madhya Banchichhi
Ebe Madhya Banchichhi
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O31 OBOR Bitghara O Relagadi
Bitghara O Relagadi
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O32 OASH Aneka Smita Hasa
Aneka Smita Hasa
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O33 ODAR Darshana
Darshana
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Physics
Electrostatics and MagnetostaticsP07EMS
P22 PEFP Electric Field and Potential
1. Electric charges and its quanitization2. Coulomb’s law: Force between two point charges; Electric permitivity3. Elctric field a. Electric field lines b. Electric field due to a point charge c. Electric field due to a dipole at an axial point and an Equatorial point d. Torque on a dipole in a uniform electric field.4. Electric Flux a.Gauss Law(Statement only) and its application to uniformly charged infinite plane sheet. b. Derivation of Cuolomb's law from Gauss Law5.Electric Potential: a. Potential difference b. Electrical potential due to a point charge c. Electrical potential due to a dipole at an axial point and at an equatorial point d. Electrical potential energy of a point charge n an electrostatic field7. Electron volt8. Relation between electric field and potential difference
Aspire +2 Science College
P23 PCAP Capacitance and capacitors
1.Capacitance and capacitor2.Capacitance of an isolated sphere3.The parallel plate capacitor4.Capacitors joined in series and in parallel5. Dielectric and electric polarization6. Capacitance of a parallel plate capacitor with a dielectric medium between the plates7. Energy stored in a capacitor.
Aspire +2 Science College
P24 PMAG Magnetostatics
1.Magnetism: Concept of magnetic field2.Magnetic field intensity due to a magnetic dipole (bar magnet) at end – on and Broad – side – on position. 3.Magnetic lines of force, field induction B, magnetic field intensity H; Intensity of magnetisation4.Permeability and susceptibility5.Idea of di, para and ferromagnetism (qualitative idea)6.Magnetic elements of earth
Aspire +2 Science College
Current ElectricityP08CE
P25 PCRD Current, Resistance and DC circuits
1. Electric current; Drift-velocity and mobility and their relation with electric current2. Current density; Relation between current density and electric field intensity3.Resistance: Ohm’s law; Cunductance and Conductivity; Resistivity and resistance a. V-I graph (both ohmic and non-ohmic) b. Effect of temperature on resistance c. Combination of resistances in series and parallel4. Electromotive force (emf) and potential difference a. Internal resistance of a cell b. Combination of cells in series and parallel5. Kirchhoffs laws and its application to Wheatstone bridge
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P26 PDTC Thermal and chemical effects of current
1.Heating effect of electric current; Statement of Joules law2.Electric energy and power
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P27 PDCM Magnetic effects of current
1. Biot – savart’s law2. Magnetic field a. due to current carrying long straight wire b. on the axis and at the centre of a current carrying circular loop3. Force on a charged particle moving in uniform magnetic and electric field (Lorentz force)4. Force on a currnet carrying conductor in a uniform magnetic field5. Force between two parallel current carrying conductors 6. Definition of ampere7. Torque experienced by a current loop in an external magnetic field8. Moving coil galvanometer(dead beat type) and its conversion to ammeter and voltmeter
Aspire +2 Science College
Electromagnetic induction and alternating currentP09EIAC
P28 PEMI Electromagnetic induction
1. Induced emf.2. Faraday’s laws of EMI.3. Lenz’s law.4. Eddy current5. EMF Induced in a rotating coil in a uniform magnetic field6. Self-inductance, mutual inductance.
Aspire +2 Science College
P29 PACX Alternating current
1. Alternating current.2. The averange, peak and RMS value of Alternating Current and voltage. 3. AC circuits containing resistance only, inductance only and capacitance only4. Phasor diagram5. Power in AC circuits, wattless current.6.Principle and uses of transformer
Aspire +2 Science College
OpticsP10OPT
P30 PROX Ray optics
1. Reflection of light2. Reflection by spherical mirrors, mirrors formula, lateral and longitudinal magnification3. Laws of refraction of light, refractive index and its relation with velocity of light (formula only)4. Total internal reflection and its uses5. Refraction at a spherical surface, thin lens formula, lens maker’s formula, magnifying power of lenses, two thin lenses in contact.6. Refraction through a prism, I – D curve and expression for refractive index of the material of the prism. Dispersion produced in a prism.
Aspire +2 Science College
P31 PWOX Wave optics
1. Wave front, Huygene’s principle2. Interference of light, coherent sources, conditions of interference, idea of path difference3. Young’s double slit experiment and expression for fringe width.
Aspire +2 Science College
P32 POIX Optical instruments
1. Simple magnifying glass.2. Compound microscope, astronomical telescope (refracting type) and their magnifying powers
Aspire +2 Science College
Atomic Physics and Nuclear PhysicsP11ANR
P33 PDNR Dual Nature of Radiation
1. Photo electric effect. Laws of photoelectric effect. Einstein’s photoelectric equation2. Idea of work functions3. Application of photo-electric effect4. Dual nature of radiation and matter5. Matter waves and de Broglie wavelength
Aspire +2 Science College
P34 PAPX Atomic Physics
1. Rutherford model of atoms and its limitations2. Bohr's atomic model3. Derivation of expression for radius and energy in the nth orbit; hydrogen spectra, energy level diagram
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P35 PNPX Nuclear physics
1. Atomic nucleus: Its composition and size; nuclear mass; nature of nuclear force2. Mass defect; equivalence of mass and energy. Statement of Einstein's mass-energy equivalence relation. Binding energy per nucleon and its variation with mass number3. Nuclear reaction, nuclear fission, nuclear fusion and cyclotron4. Natural radioactivity: Properties of alfa, beta and gamma rays5. Radioactive decay laws; half life and decay constants
Aspire +2 Science College
Solids and SemiconductorsP12SS
P36 PSSX Solids and semiconductors
1. Vaccum Tubes: a. Thermionic emission; Idea of work function b. Statements of Richardson's equation and Child's law.2. Vaccum Diode and Triode: a. Construction, action and characteristics b. Relation among valve constants3. Solids: Energy band in solids; Difference between metals, semiconductors and insulators on the basis of energy band theory4. Semiconductors: a. Intrinsic and extrinsic semiconductors, p – type and n – type semiconductors, p – n junction, forward and reverse biasing of a junction, characteristics of p – n junction5. Junction diode as a half and full wave rectifier (centre – tap circuit); efficiency of half and full wave rectifier (no derivation for efficiency) 6. Transistor: n – p – n and p – n – p transistor; transistor configurations (CB and CE mode), input and out put characteristics of a transistor7. Elementary ideas about decimal and binary number system (no conversion)8. Logic gates: OR, AND. NOT, NAND, and NOR, their symbol and truth table. Circuit of only OR and AND gates
Aspire +2 Science College
Space communicationP13SCOM
P37 PEMW Electromagnetic Waves
1. Qualitative idea about nature of electromagnetic wave2. Electromagnetic spectrum (radio waves, microwaves, infrared, visible, x-ray, gamma ray) including elementary idea about their uses.
Aspire +2 Science College
P38 PCOM Principles of Communication
1. Need of modulation, Qualitative idea about amplitude and frequency modulation & detection.2. Space communication. Sky and space wave propagation. Satellite communication (elementary idea)
Aspire +2 Science College
PracticalsP20PPRA
P76 PMVC Measuremnt-III
1. Measurement of volume of an irregular lamina by using screw gauge2. Measurement of curvatures of convex and concave surface of a watch glass by using a spherometer
Aspire +2 Science College
P79 PDHA Hare's Appatatus
Comparison of density of two liquids by using Hare's Apparatus
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P80 PDAG Determination of g
Determination of g by using simple pendulum
Aspire +2 Science College
P81 PMPW Melting point of wax
Determination of melting point of wax/naphthalene by mthod of cooling
Aspire +2 Science College
P82 PVSR Velocity of sound
To determine the velocity of sound by using resonance air column
Aspire +2 Science College
P83 POPT Optics
1. To find out a relation between the angle of rotation of plane mirror and corresponding angle between the reflected rays.2. To verify the laws of refraction using a glass slab.3. To determine the refractive index of the material of prism by measuring A and Dm (Symmetrical method)4. To draw I-D curve for a prism and there by to determine the refractive index of the material of prism5. To determine the focal length of convex lens by direct and p.q. method
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P84 PRES Resistance
1. To verify the law of resistances (series and parallel) by using meter-bridge2. To find out the specific resistance of a conductor by using a post office box3. To verify Ohm's law by voltmeter and ammeter method
Aspire +2 Science College
P86 PLOF Lines of forces of a bar magnet
1. To draw magnetic lines of forces due to barmagnet with north pole pointing North and to locate the neutral points.2. To trance the lines of force due to a barmagnet with north pole pointing south and hence to locate neutral points3. To trace magnetic lines of force avoiding earth's magnetic field and hence to verify the square law of magnetism
Aspire +2 Science College
P87 PVIS V-I characteristics of a semiconductor
To draw the V-I characteristics of a semiconductor/Vacuum diode
Aspire +2 Science College
Aspire +2 Science College CHSE Second Year: 2015 - 2017Page 24 of 26
Sanskrit
Sanskrit ProseF01Prose
F21 FKLK Kapota Luvdhaka Katha
Kapota Luvdhaka Katha
Aspire +2 Science College
F22 FSYS Sushrutasya Yantrakarma Shastrakarmani
Sushrutasya Yantrakarma Shastrakarmani
Aspire +2 Science College
F23 FGGV Guni Gunahina Viveka
Guni Gunahina Viveka
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F24 FRTA Rama Tapovanavigamanam
Rama Tapovanavigamanam
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Sanskrit PoetryF02Poetry
F25 FDAS Dashavatara Stuti
Dashavatara Stuti
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F26 FGSX Gita Saurabham
Gita Saurabham
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F27 FRVX Raghuvamsam
Raghuvamsam
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Sanskrit GrammarF03Gra
F28 FKVY Karaka-Vibhakti-II
Karaka and Vibhakti
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F29 FSMY Samdhi-II
Samdhi
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F30 FSBY Samdhi Bichheda-II
Samdhi Bichheda
Aspire +2 Science College
F31 FSRX Sabdarupa
SabdarupaNara, Phala, Lata, Muni, Mati, Bari, Nadi, Pitru, Matru, Gachhat, Manas, Atman, Tad, Kim, Idam, Asmad, Yusmad, Dwi, Tri, Chatur
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F32 FDRX Dhaturupa
DhaturupaBhu, Gam, Path, Kru, Us, Lav, Puj
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F33 FSAY Samasa-II
Samasa
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F34 FSPY Stripratyaya-II
Stripratyaya
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Art of Sanskrit WritingF04Writing
F35 FCOY Comprehension-II
Comprehension: Sanskrit passages for the comprehension (Passage No. 09 to 16) of Samskrtprabha
Aspire +2 Science College
F36 FTRY Translation-II
Translation of Odia/English sentences into Sanskrit
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Aspire +2 Science College CHSE Second Year: 2015 - 2017Page 25 of 26
F37 FASY Art of Sanskrit Writing-II
The art of Writing of Letters, Applications, Expansion of Ideas, Textual Explanations, Textual Long Questions and Precis writing.
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