DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
1 | 100 (DPS 1,2) | 50 (DPS 1) | – | 150
| 600
|
Syllabus | |||||
Biology | The living world · Diversity in the Living World · Taxonomic Categories · Taxonomic Aids Biological classification · Classification system · Kingdom Monera · Kingdom Protista · Kingdom fungi · Viruses, Viroids and Lichens | ||||
Physics | Physical world and measurment · Fundamental Forces in Nature · The International System of Units · Accuracy , Precision of instruments and Errors in Measurements · Dimensions of Physical Quantities |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
2 | 100 (DPS 3,4) |
| 50 (DPS 1) | 150
| 600
|
Syllabus | |||||
Biology | Plant kingdom · Algae · Bryophytes · Pteridophytes · Gymnosperms · Angiosperms · Plant life cycles and alternation of generation Animal kingdom Animal kingdom · Basis of classification · Non-chordata · Chordata | ||||
Chemistry | Some basic concepts of chemistry · General introduction · Laws of chemical combination · Dolton’s atomic theory · Atomic and molecular · Masses · Mole concept and Molar Masses · Percentage composition · Stoichiometry and stochiometric calculations |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
3 |
| 50 (DPS 2) | 50 (DPS 2) | 100 | 400
|
Syllabus | |||||
Physics | Kinematics · Motion in straight line · Kinematic equations for uniformly accerated motion · Motion in a plane · Project motion | ||||
Chemistry | Structure of atom · Sub-atomic particles · Atomic models · Atomic numbers,isotopes,isobars and isotones · Development leading to bohr’s model of atom and Bohr’s model for hydrogen atom · Quantum mechanical model of atom · Rules for filling electrons in orbitals · Electronic configuration of atoms |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
4 | 100 (DPS 5,6) | 50 (DPS 3) |
| 150
| 600
|
Syllabus | |||||
Biology | Morphology of flowering plants · The root · The stem · The leaf · The inflorescence · The flower · The fruit · The seed · Description of some important families Anatomy of flowering plants · The tissue,the tissue system · Anatomy of dicotyledonous and Monocotyledonous plant · Secondary growth | ||||
Physics | Laws of motion · Newton’s laws of motion · Conservation of momentum · Equilibrium of particles · Common force in mechanics · Circular motion · Solving problems in mechanics |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
5 | 100 (DPS 7,8) |
| 50 (DPS 3) | 150
| 600
|
Syllabus | |||||
Biology | Structural organization in animals · Epithelial tissue · Connective tissue · Muscle tissue · Nervous tissue · Earthworm-morphology and anatomy · Cockroach-morphology and anatomy · Frog –morphology and anatomy Cell: The unit of life · Cell and its types | ||||
Chemistry | Classification of elements and periodicity in Properties · Genesis of periodic classification · Modern periodic law and long form of Periodic table · Electronic configurations of elements and the Periodic table · Periodic trends in properties of elements |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
6 |
| 50 (DPS 4) | 50 (DPS 4) | 100
| 400
|
Syllabus | |||||
Physics | Work, Energy and Power · Work, kinetic energy · Work-Energy theorem · Potential energy · Power · Collisions | ||||
Chemistry | chemical bonding and molecular structure · Kossel-lewis approach to chemical bonding · Ionic or electrovalent bbond · Bond parameters · VSEPR,VBT and hybridization · Molecular orbital theory · Hydrogen bonding |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
7 | 100 (DPS 9,10) | 50 (DPS 5) |
| 150 | 600
|
Syllabus | |||||
Biology | Biomolecules · Carbohydrates · Lipids · Proteins · Nucleic acids · Enzymes Cell cycle and Cell Division · Phases of cell cycle · Mitosis · Meiosis | ||||
Physics | motion of system of particles and rigid body · centre of mass · relation between linear velocity and angular velocity · torque and angular momentum · equilibrium of a rigid body · moment of inertia · rolling motion
|
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
8 | 100 (DPS 11,12) |
| 50 (DPS 5) | 150 | 600
|
Syllabus | |||||
Biology | Transport in plants · Means of transport · Plant-water relations · Long distance transport of water · Transpiration · Uptake and transport of mineral nutrients · Phloem transport Mineral nutrition · Introduction · Micronutrients and micronutrients · Deficiency and toxicity of elements · Metabolism of nitrogen
| ||||
Chemistry | States of matter: Gases and liquids · Intermolecular forces · Gaseous state,gas laws and ideal gas equation · Kinetic molecular theory of gases · Behavior of real gases and liquefaction of gases · Liquid state |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
9 |
| 50 (DPS 6) | 50 (DPS 6) | 100
| 400
|
Syllabus | |||||
Physics | Gravitation · Kepler’s laws · Acceleration due to gravity of the earth · Gravitational potential energy · Escape speed · Satellites and weightlessness | ||||
Chemistry | Thermodynamics · Thermodynamics terms, their application And measurement of · Enthalpy changes · Spontaneity,gibbs energy change and Equilibrium |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
10 | 100 (DPS 13, 14) | 50 (DPS 7) |
| 150 | 600
|
Syllabus | |||||
Biology | Photosynthesis in higher plants · History of photosynthesis · Pigments and Two pigment systems · Chemiosmotic hypothesis · C4 and cam pathway · Factors affecting photosynthesis Respiration in plants · Respiratory substrate and respiratory quotient · Glycolysis · Fermentation · Aerobic respiration | ||||
Physics | Mechanical properties of solids and fluids · Mechanics of solids · Bernoulli’s principle and its application · Viscosity and reynold’s number · Surface tension and capillarity |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
11 | 100 (DPS 15,16) |
| 50 (DPS 7) | 150 | 600
|
Syllabus | |||||
Biology | Plant growth and development · Growth and development · Plant growth regulators · Photoperiodism · Vernalisation Digestion and absorption · Digestion: alimentary canal and accessory Digestive organs · Digestive glands · Digestion of food · Absorption of digested products · Disorders of digestive system | ||||
Chemistry | EQUILIBRIUM · Equilbrium,law of chemical equilibrium and Equilibrium constant · Homogeneous and heterogeneous equilibrium · Applications of equilibrium constant and factors Affecting Equilibrium · Ionic equilibrium in solution |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
12 |
| 50 (DPS 8 | 50 (DPS 8) | 100 | 400
|
Syllabus | |||||
Physics | Thermal properties of matter · Heat and temperature · Thermal expansion · Change of state · Heat transfer · Newton’s law of cooling | ||||
Chemistry | Redox reactions · Redox reactions and their types · Oxidation number and balancing of redox Reactions · Redox reactions as the basis for titrations · Redox reactions and electrode processes |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
13 | 100 (DPS 17,18) | 50 (DPS 9) |
| 150 | 600
|
Syllabus | |||||
Biology | Breathing and exchange of Gases · Introduction · Human respiratory system · Mechanism of breathing · Respiratory volumes and capacities · Exchange of gases · Transport of gases · Regulation of respiration · Respiratory disorders Body fluids and circulation · Blood and plasma · Blood groups · Coagulation of blood · Lymph · Human circulatory · Cardiac cycle and regulation of cardiac activity · Electrocardiograph (ECG) · Disorders of circulatory system | ||||
Physics | Thermodynamics · Zeroth law of thermodynamics · First law of thermodynamics · Specific heat capacity · Thermodynamic processes · Heat engine and carnot engine |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
14 | 100 (DPS 19,20) |
| 50 (DPS 9) | 150
| 600
|
Syllabus | |||||
Biology | Excretory products and their elimination · Human excretory system · Urine formation · Function of the tubules · Mechanism of concentration of the filtrate · Regulation of kidney function · Micturition · Role of other organs in excretion · Disorders of excretory system Locomotion and movement · Types of movement · Muscles · Structure of contractile proteins · Mechanism of muscle contraction · Skeletal system · Joints · Disorders of muscular and skeletal system
| ||||
Chemistry | Hydrogen · Hydrogen · Hydrides · Water · Hydrogen peroxide |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
15 |
| 50 (DPS 10 | 50 (DPS 10) | 100 | 400
|
Syllabus | |||||
Physics | Behavior of Gases and kinetic theory · Behavior of Gases · Kinetic theoryof an ideal Gas · Law of equipartition of energy · Specific heat capacity | ||||
Chemistry | The s –block elements · General characteristics of alkali metals and Their compounds · Some important compounds and biological Importance of Na and K · General characteristics of alkaline earth Metals and their compounds · Some important compounds and biological Importance of Mg and Ca |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
16 | 100 (DPS 21,22) | 50 (DPS 11) |
| 150
| 600
|
Syllabus | |||||
Biology | Neural control and coordination · Neural system · Neuron and conduction of nerve impulse · Central neural system · Reflex action and reflex Arc · Sensory reception and processing Chemical coordination and integration · Introduction · Endocrine glands · Hormones of heart,kidneys and gastrointestinal tract · Mechanism of hormone action | ||||
Physics | Oscillations · Simple harmonic motion · Velocity and acceleration in SHM · Energy of a particle in SHM · Some systems executing SHM |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
17 | 100 (DPS 23,24) |
| 50 (DPS 11) | 150
| 600
|
Syllabus | |||||
Biology | Reproduction in organisms · Introduction · Asexual reproduction · Sexual reproduction Sexual reproduction in flowering plants · Pre-fertilisation: structures and events · Pollination · Double fertilization · Post-fertilisation:structures and events · Sexual incompatibility | ||||
Chemistry | The p-Block elements (Group 13 and 14) · General properties of group 13 elements · Some important compounds of boron · General properties of group 14 elements · Allotropes of carbon · Some important compounds of corbon and Silicon
|
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
18 |
| 50 (DPS 12 | 50 (DPS 12) | 100 | 400
|
Syllabus | |||||
Physics | Waves · Progressive wave · Principle of superposition and reflection of Waves · Beats and Doppler effect | ||||
Chemistry | Organic chemistry-some basic Principal and techniques · Structural representations and classification Of organic compounds · Nomenclature and isomerism · Fundamental concepts in organic reaction Mechanism · Methods of purification of organic compounds · Qualitative and quantitative analysis |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
19 | 100 (DPS 25,26) | 50 (DPS 13) |
| 150
| 600
|
Syllabus | |||||
Biology | Human reproduction · Reproductive system · Gametogenesis · Menstrual cycle · Fertilization and implantation · Pregnancy and embryonic development Reproductive health · Reproductive health-problems and strategies · Population explosion and birth control · Medical termination of pregnancy · Sexually transmitted diseases · Infertility | ||||
Physics | Electrostatics · Electric charges and coulomb’s law · Electric field · Dipole in a uniform electric field · Gauss’s theorem and its applications · Electric potential and potrntial difference · Relation between field and potential · Electric potential energy of a system of charges · Dielectrics and polarisation · Capacitors capacitance · Energy stored in a capacitor |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
20 | 100 (DPS 27,28) |
| 50 (DPS 13) | 150 | 600
|
Syllabus | |||||
Biology | Pricipales of inheritiance and variation · Introduction · Mendelian inheritance · One gene inheritance · Two gene inheritance · Chromosomal inheritance · Linkage and crossing over · Genetic disorders Molecular basis of inheritance · Dna and its Replication · Transcription · Translation and regulation of gene expression · Human genome project and DNA fingerprinting | ||||
Chemistry | Hydrocarbons · Alkanes · Alkenes · Alkynes · Aromatic · Hydrocarbons |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
21 |
| 50 (DPS 14) | 50 (DPS 14) | 100 | 400
|
Syllabus | |||||
Physics | Current electricity · Electric current · Ohm’s law and drift velocity · Carbon resistors and temperature Dependence of resistance · Electrical energy and power · Combinations of resistors and cells · Krichhoff’s laws and their applications · Potentiometer and its applications
| ||||
Chemistry | Environmental chemistry · Atmospheric pollution · Water pollution · Soil pollution · Strategies to control envieonmental pollution And green chemistry |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
22 | 100 (DPS 29,30) | 50 (DPS 15) |
| 150 | 600
|
Syllabus | |||||
Biology | Evolution · Origin of life · Theories of evolution · Evidences of evolution · Hardy-weinberg principle · Geological time scale · Evolution of Man Human Health and Disease · Common human diseases · Immunity | ||||
Physics | Magnetic effects of current and magnetism · Magnetic force and motion of a charged particle · Biot-savart law and its application · Ampere’s circuital law and its applications · Force between two current carrying wires · Magnetic moment,torque on current loop and Moving coil calvanometer · Bar magnet and gauss’s law of magnetism · Earth’s magnetism ,magnetization and magnetic Intensity · Magnetic properties of materials and electromagnets |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
23 | 100 (DPS 31,32) |
| 50 (DPS 15) | 150
| 600
|
Syllabus | |||||
Biology | Strategies for enhancement in food production · Animal husbandry · Plant breeding · Single cell protein · Tissue culture Microbes in human welfare · Microbes in household products · Microbes in industrial products · Microbes in sewage treatment · Biogas · Microbes as biocontrol agents · Microbes as biofertilisers | ||||
Chemistry | The solid state · Classification of solids · Crystal lattices,unit cells and closed Packed structures · Calculations involving unit cell dimensions · Imperfections in solids · Electrical and magnetic properties |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
24 |
| 50 (DPS 16) | 50 (DPS 16) | 100
| 400
|
Syllabus | |||||
Physics | Electromagnetic induction · Magnetic flux and faraday’s law of induction · Lenz’s law,motional Emf and Eddy current · Inductance and AC Generator | ||||
Chemistry | Solutions · Types of solutions and concentration Of Solutions · Solubility · Vapour pressure,ideal and non-ideal solutions · Colligative properties and abnormal molar Masses |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
25 | 100 (DPS 33,34) | 50 (DPS 17) |
| 150 | 600
|
Syllabus | |||||
Biology | Biotechnology:principal and processes · Principal of biotechnology · Tools of recombinant DNA technology · Processes of recombinant DNA technology Biotechnology and its applications · Biotechnological applications in agriculture · Biotechnological applications in medicine · Transgenic animals · Ethical issues | ||||
Physics | Alternating current · LCR series circuit · Lc oscillations and power in AC circuit · Transformers |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
26 | 100 (DPS 35,36) |
| 50 (DPS 17) | 150 | 600
|
Syllabus | |||||
Biology | Organisms and populations · Organism and its environment · Response to abiotic factors and adaptations · Populations: Attributes and growth · Population interactions Ecosystem · Ecosystem-structure and function · Productivity · Decomposition · Energy flow · Ecological pyramid · Ecological succession · Nutrient cycling
| ||||
Chemistry | Electrochemistry · Cells and electrode potential · Nernst equation · Conductance of electrolytic solutions · Electro cells and electrolysis · Batteries,fuel cells and corrosion |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
27 |
| 50 (DPS 18 | 50 (DPS 18) | 100
| 400
|
Syllabus | |||||
Physics | Electromagnetic waves · Displacement current · Electromagnetic waves · Electromagnetic spectrum | ||||
Chemistry | Chemical kinetics · Rate of a chemical reaction and factors Influencing the rate of a reaction · Integrated rate equations · Temperature dependence of the rate of a Reaction and effect of catalyst · Collision theory of chemical reactions |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
28 | 100 (DPS 37,38) | 50 (DPS 19) |
| 150 | 600
|
Syllabus | |||||
Biology | Biodiversity and conservation · Introduction · Levels and patterns of biodiversity · Loss of biodiversity · Biodiversity conservation Environmental issues · Air pollution and its control · Water pollution and its control · Soil pollution and its control · Globel environmental changes · Dforestation
| ||||
Physics | Ray optics and optical instruments · Reflection by mirror · Refraction and total internal reflection · Refraction and dispersion by aprism · Optical instruments |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
29 | 100 (DPS 39,40) |
| 50 (DPS 19) | 150 | 600
|
Syllabus | |||||
Biology | MODEL TEST PAPER 1 DPS-39 · MODEL TEST PAPER 2 · DPS-40 | ||||
Chemistry | Surface chemistry · Adsorption · Catalysis · Colloids and emulsions |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
30 |
| 50 (DPS 20) | 50 (DPS 20) | 100 | 400
|
Syllabus | |||||
Physics | Wave optics · Huygens principle and Doppler effect · Interference of light · Diffraction of light · Polarization of light | ||||
Chemistry | General principles and processes Of isolation of elements · Occurrence of metals · Concentration of ores and extraction of Crude metals · Thermodynamic and electrochemical Principles of metallurgy · Oxidation –reduction and refining |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
31 |
| 50 (DPS 21) | 50 (DPS 21) | 100
| 400
|
Syllabus | |||||
Physics | Dual nature of matter and radiation · Photoelectric effect · Einstein’s photoelectric equation and particle Nature of light · Wave nature of matter | ||||
Chemistry | The p- block elements (group 15 to 18) · Group 15 elements · Group 16 elements · Group 17 elements · Group 18 elements |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
32 |
| 50 (DPS 22) | 50 (DPS 22) | 100 | 400
|
Syllabus | |||||
Physics | Atoms and nuclei · Atomic spectra and models of atom · The time spectra of hydrogen atom · Composition and size of nucleous · Mass defect and nuclearbinding energy · Nuclear force and radioactivity · Nuclear energy | ||||
Chemistry | The d- and f- Block Elements · The transition elements(d-block) · Some important compounds of trasition Elements · The inner transition elements(f-Block) · Some application of d-and f-block elements |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
33 |
| 50 (DPS 23) | 50 (DPS 23) | 100
| 400
|
Syllabus | |||||
Physics | Electronic devices · Band theory of solids and semiconductor · P-n junction diode and its application · Junction transistor · Digital electronics and logic gates | ||||
Chemistry | · Coordination compounds · Warner’s theory ,nomenclature and Important terms of coordination compounds · Isomerism in coordination compounds · Bonding in coordination compounds · Bonding in metal carbonyls and stability of Coordination compounds · Importance and applications of coordination Compounds |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
34 |
| 50 (DPS 24) | 50 (DPS 24) | 100
| 400
|
Syllabus | |||||
Physics | · Model test paper DPS 24 | ||||
Chemistry | · Haloalkanes and haloarenes · Classification,nomenclature and nature of C-x bond · Methods of preparation · Physical and chemical properties · Polyhalogen compounds |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
35 |
| 50 (DPS 25) | 50 (DPS 25) | 100
| 400
|
Syllabus | |||||
Physics | Model test paper DPS-25 | ||||
Chemistry | Alcohols,phenols and ethers · Classification,nomenclature and isomerism · Alcohols:preparation and properties · Phenols:preparation and properties · Ethers:preparation and properties |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
36 |
|
| 100 (DPS 26,27) | 100
| 400
|
Syllabus | |||||
Chemistry | Aldehydes,ketones and carboxylic acids · Nomenclature and structure of aldehydes Ketones · Preparation and properties of aldehydes And ketones · Nomenclature and structure of carboxylic Acids · Preparation of carboxylic acids · Properties of carboxylic acids · Uses of aldehydes,ketones and carboxylic Acids Organic compounds containing nitrogrn · Classification and nomenclature of amines · Preparation of amines · Properties of amines · Cyanides and isocyanides · Diazonium salts |
DAY | Number of Questions | Duration (minutes) | Max Marks. | ||
BIO. | PHY. | CHEM. | |||
37 |
|
| 150 (DPS 28,29,30) | 150 | 600
|
Syllabus | |||||
Chemistry | Biomolecules,polymers and chemistry in Everyday life · Carbohydrates · Proteins and enzymes · Hormones,vitamins and nucleic acids · Classification of polymers · Types of polymerization reactions · Polymers of commercial importance and Biodegradable polymers · Drugs · Chemicals in food · Chemicals as cleansing agents · Model test paper · Model test paper |
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