Chapter Name | Class | Syllabus |
---|---|---|
Chapter-1: Matrix and Determinant | Class-1 | Matrix and types of matrices |
Class-2 | Matrix equality, addition, subtraction and multiplication | |
Class-3 | Solution of mathematical problems-1 | |
Class-4 | Solution of mathematical problems-2 | |
Class-5 | Determinant, determination of the value of the determinant, determinant and coefficient | |
Class-6 | Uniform equation combination and its solution according to Cramer’s rule | |
Class-7 | Solution of mathematical problems-1 | |
Class-8 | Solution of mathematical problems-2 | |
Chapter-3: Straight line | Class-9 | Straight lines, Cartesian and polar coordinates on the plane, relationships and distance between two points. |
Class-10 | Mathematical problem solution-1 | |
Class-11 | Coordinates of the point that divides a line-intercept, extremum and centroid of a triangle. | |
Class-12 | Mathematical problem solution-1 | |
Class-13 | Area of a triangle, examples | |
Class-14 | Mathematical problem solution-1 | |
Class-15 | Mathematical problem solution-2 | |
Class-16 | Paths and mathematical problem solution-1 | |
Class-17 | Slope of a straight line, slope of the line connecting two points and equation of a straight lin | |
Class-18 | ||
Class-19 | Mathematical Problem Solution-1 | |
Class-20 | Mathematical Problem Solution-2 | |
Class-21 | Representation of straight lines in a diagram and the intersection of two straight lines. | |
Class-22 | Conditions for two straight lines to be parallel or perpendicular to each other. | |
Class-23 | Equation of a straight line under different conditions | |
Class-24 | Mathematical Problem Solution-1 | |
Class-25 | Mathematical Problem Solution-2 | |
Class-26 | Perpendicular distance of a straight line from a point, equation of the bisector of the angle included in two straight lines | |
Class-27 | Mathematical Problem Solution-1 | |
Class-28 | Mathematical Problem Solution-2 | |
Chaper-4: Circle | Class-29 | Equation of a circle with center at the origin |
Class-30 | Drawing the equation of a circle with center at the origin and determining the intersection with the axes | |
Class-31 | Equation of a circle with a given center and radius | |
Class-32 | Determining the equation of a circle in polar coordinates | |
Class-33 | Solution of mathematical problems-1 | |
Class-34 | Solution of mathematical problems-2 | |
Class-35 | Equation of tangent and perpendicular to a circle | |
Class-36 | Equation of tangent | |
Class-37 | Length of tangent | |
Class-38 | Solution of mathematical problems-1 | |
Class-39 | Determining the equation of common chord of two circles | |
Class-40 | Solution of mathematical problems-1 | |
Class-41 | Solution of mathematical problems-2 | |
Chaper-6: Trigonometric ratio | Class-42 | Trigonometry Angles and the relationship between degrees and radians. |
Class-43 | Length of arc and area of a circle and examples, determination of angle between four hour hands and minute hands | |
Class-44 | Solution of mathematical problems. | |
Class-45 | Relationship between trigonometric ratios and ratios of trigonometric angles. | |
Class-46 | Solution of mathematical problems. | |
Class-47 | Trigonometric or circular functions and change in value of trigonometric functions. | |
Class-48 | Graph of trigonometric functions | |
Class-49 | Solution of mathematical problems. | |
Chaper-7: Trigonometric Ratio of Associated Angle | Class-50 | Trigonometric Ratio of Additional Angles-1 |
Class-51 | Trigonometric Ratio of Additional Angles-2 | |
Class-52 | Solution of Mathematical Problems. | |
Class-53 | Trigonometric Ratio of Compound Angles | |
Class-54 | Solution of Mathematical Problems-1 | |
Class-55 | Solution of Mathematical Problems-2 | |
Class-56 | Express the product of two trigonometric ratios as the sum and subtraction of the above two technology ratios. Express the sum or subtraction of two trigonometric ratios as the product of trigonometric ratios. | |
Class-57 | Mathematical Problem Solution-1 | |
Class-58 | Mathematical Problem Solution-2 | |
Class-59 | Multiple Angles | |
Class-60 | Mathematical Problem Solution-1 | |
Class-61 | Mathematical Problem Solution-2 | |
Class-62 | Submultiple Angles | |
Class-63 | Mathematical Problem Solution-1 | |
Class-64 | Mathematical Problem Solution-2 | |
Class-65 | Trigonometric Identities | |
Class-66 | Mathematical Problem Solution-1 | |
Class-67 | Mathematical Problem Solution-2 | |
Class-68 | Cosine Formula of Triangles | |
Class-69 | Mathematical Problem Solution-1 | |
Class-70 | Mathematical Problem Solution-2 | |
Chaper-8: Functions & Graph | Class-71 | Functions and Domains and Ranges of Functions and Types of Functions |
Class-72 | Sketch of Functions Always Required | |
Class-73 | Sketch of Functions and Transformed Functions | |
Class-74 | Solution of Mathematical Problems-1 | |
Class-75 | Solution of Mathematical Problems-2 | |
Class-76 | Solution of Mathematical Problems-3 | |
Chaper-2: Vector | Class-77 | Some important definitions and addition, subtraction and scalar multiplication of two-dimensional vectors and rules. |
Class-78 | Unit vector and part of vector in plane, expression of coordinates of intersection of vector and position vector | |
Class-79 | Vector equation of straight line and scalar multiplication or dot multiplication of vector | |
Class-80 | Scalar or dot multiplication functions Vector or cross multiplication functions | |
Class-81 | Solution of mathematical problems-1 | |
Class-82 | Application of vectors in solving two-dimensional geometry problems | |
Class-83 | Solution of mathematical problems-1 | |
Chaper-9: Differentiation | Class-84 | Limit, slope and one-sided limit. |
Class-85 | Some special limits. | |
Class-86 | Limit at infinite points and infinite limits and basic theorems and their applications. | |
Class-87 | Continuity of functions-Sandwich theorem | |
Class-88 | Solution of mathematical problems-1 | |
Class-89 | Solution of mathematical problems-2 | |
Class-90 | Solution of mathematical problems-3 | |
Class-91 | Determination of derivative and derivative of x² as limit | |
Class-92 | Differentiation of polynomial functions and trigonometric functions Exponential functions Differentiation of binomial functions in logarithms. | |
Class-93 | Derivative of sum, product and quotient of functions | |
Class-94 | Solution of mathematical problems-1 | |
Class-95 | Solution of mathematical problems-2 | |
Class-96 | Solution of mathematical problems-3 | |
Class-97 | Derivative of conjugate functions and inverse functions | |
Class-98 | Solution of mathematical problems-1 | |
Class-99 | Solution of mathematical problems-2 | |
Class-100 | Derivative of independent and dependent variables | |
Class-101 | Solution of mathematical problems-1 | |
Class-102 | Solution of mathematical problems-2 | |
Class-103 | Periodic derivatives and the use of f'(x), f”(x), dy/dx and d²y/dx² etc. as standard symbols for derivatives. | |
Class-104 | Solution of mathematical problems-1 | |
Class-105 | Solution of mathematical problems-2 | |
Class-106 | Derivative as slope of tangent | |
Class-107 | Solution of mathematical problems-1 | |
Class-108 | Increasing and decreasing functions and extreme points | |
Class-109 | Maximum and minimum values of functions | |
Class-110 | Solution of mathematical problems-1 | |
Chaper-10: Integration | Class-111 | Basic theorems related to definite integrals, reciprocals and definite integrals |
Class-112 | Indefinite integrals and substitution methods | |
Class-113 | Solution of mathematical problems-1 | |
Class-114 | Solution of mathematical problems-2 | |
Class-115 | Different techniques for determining indefinite integrals | |
Class-116 | Solution of mathematical problems-1 | |
Class-117 | Solution of mathematical problems-2 | |
Class-118 | Determination of indefinite integrals using substitution, partial fraction, integration by parts formulas. | |
Class-119 | Solution of mathematical problems-1 | |
Class-120 | Solution of mathematical problems-2 | |
Class-121 | Solution of mathematical problems-3 | |
Chaper-3: Complex Number | Class-122 | Complex numbers and their geometric counterparts and the absolute value (modulus) and the argument (argument) of complex numbers. Affine complex numbers. |
Class-123 | The nature of complex numbers and the geometric counterparts of addition, subtraction and multiplication of complex numbers. | |
Class-124 | Square root of complex numbers, cube root of one | |
Class-125 | Solution of mathematical problems-1 | |
Class-126 | Solution of mathematical problems-2 | |
Class-127 | Solution of mathematical problems-3 |
Chapter Name | Class | Syllabus |
---|---|---|
Chapter-2: Vector | Class-1 | Vector and scalar quantities, examples, expressions, vector algebra – addition and subtraction, formulas, mathematical examples. |
Class-2 | Parallelogram formula, value of gain, direction determination. Division of vectors, non-roller, boat pulling, reason for the length of the trolley bag handle. | |
Class-3 | Mathematical examples. | |
Class-4 | Mathematical examples. | |
Class-5 | Vector value, radius vector, direction cosine, multiplication of vectors – scalar, vector. | |
Class-6 | Mathematical examples. | |
Class-7 | Mathematical examples. | |
Class-8 | Differentiation, integration, vector calculus. | |
Class-9 | Scalar and vector fields, vector operators, gradient, divergence. | |
Class-10 | Mathematical examples. | |
Chapter-6: Gravitation and Gravity | Class-11 | Galileo’s law for falling objects |
Class-12 | Kepler’s law for planetary motion | |
Class-13 | Newton’s law of gravity, Newton’s law to Kepler’s law | |
Class-14 | Gravitational constant, relationship between gravitational constant and gravitational acceleration | |
Class-15 | Change in gravitational acceleration | |
Class-16 | Center of gravity and center of mass | |
Class-17 | Release velocity | |
Class-18 | Artificial satellite | |
Class-19 | Period time | |
Class-20 | Mathematical examples. | |
Class-21 | Mathematical examples. | |
Chapter-4: Newtonian Mechanics | Class-22 | Definition of force, Newton’s second law of motion, relationship between Newton’s laws of motion, uses of Newton’s law of motion |
Class-23 | Limitations of Newton’s law of motion, concept of force field and influence, constancy of linear momentum | |
Class-24 | Momentum of inertia and angular momentum | |
Class-25 | Quantities related to angular momentum | |
Class-26 | Mathematical examples. | |
Class-27 | Torque | |
Class-28 | Momentum of inertia and angular acceleration | |
Class-29 | Mathematical examples. | |
Class-30 | Mathematical examples. | |
Chapter-10: Ideal gas and kinetics of gases | Class-31 | Ideal gas |
Class-32 | Boyle’s law | |
Class-33 | Equation | |
Class-34 | Mathematical example. | |
Class-35 | Concept of water vapor and air pressure | |
Class-36 | Relationship between water vapor and air pressure | |
Class-37 | Molecular kinetic theory of gases | |
Class-38 | Ideal gas equation | |
Class-39 | Mathematical example. | |
Class-40 | Mean free path | |
Class-41 | Relationship between particle diameter and mean free path | |
Class-42 | Dew point | |
Class-43 | Relationship between dew point and relative humidity | |
Chapter-1: Physical World and Measurement | Class-44 | The nature of the physical world and the concepts, formulas, principles, postulates, hypotheses and theories of physics and their meaning and the world of physics and other knowledge |
Class-45 | Space, time and mass in physics and the dimensions of fundamental and derived units | |
Class-46 | Errors or errors in measurement | |
Chapter-5: Work, Energy and Power | Class-47 | Universal concepts of work and energy |
Class-48 | Work done against spring force | |
Class-49 | Work done against gravitational force | |
Class-50 | Mathematical examples. | |
Class-51 | Potential energy and work | |
Class-52 | Kinetic energy and work | |
Class-53 | Constant mechanical energy | |
Class-54 | Simple pendulum | |
Class-55 | Relationship between kinetic energy and momentum, power, relationship between power and velocity | |
Class-56 | Efficiency | |
Class-57 | Mathematical examples. | |
Chapter-3: Dynamics | Class-58 | Various quantities related to motion |
Class-59 | Proving the equation of motion through integration and addition | |
Class-60 | Position time Distance time and velocity time graphs | |
Class-61 | Range | |
Class-62 | Projective motion | |
Class-63 | Projective motion | |
Class-64 | Projective motion | |
Class-65 | Fall object formula | |
Class-66 | Fall object formula | |
Class-67 | Uniform circular motion | |
Class-68 | Mathematical example | |
Class-69 | Mathematical example | |
Class-70 | Mathematical example | |
Chapter-7: Structural Properties of Matter | Class-71 | Intermolecular attraction and repulsion forces of matter |
Class-72 | Bonding of matter | |
Class-73 | Equations related to static stability | |
Class-74 | Hooke’s law | |
Class-75 | Mathematical examples. | |
Class-76 | Piron deformation relationship | |
Class-77 | Elasticity coefficient, volume coefficient | |
Class-78 | Static stability potential energy | |
Class-79 | Spring coefficient, spring force | |
Class-80 | Poisson’s ratio | |
Class-81 | Mathematical examples | |
Chapter-8: Periodic Motion | Class-82 | Periodic |
Class-83 | Periodic motion | |
Class-84 | Properties of force in simple rhythmic motion | |
Class-85 | Equations related to simple rhythmic motion | |
Class-86 | Differential equation of simple group motion of objects | |
Class-87 | Simple oscillatory motion | |
Class-88 | Relationship between simple oscillatory motion and circular motion | |
Class-89 | Mathematical examples. | |
Class-90 | Mathematical examples. | |
Chapter-1:Thermodynamics (2nd) | Class-91 | Concept of temperature |
Class-92 | Different scales of temperature measurement | |
Class-93 | First law of thermodynamics | |
Class-94 | Thermal system | |
Class-95 | Relationship between pressure, temperature and volume in adiabatic change | |
Class-96 | Mathematical examples. | |
Class-97 | Molar specific heat or molar heat capacity | |
Class-98 | Difference between CP and CV for an ideal gas | |
Class-99 | Variation and importance of the value of γ | |
Class-100 | Internal energy | |
Class-101 | Second law of thermodynamics | |
Class-102 | Reversible and irreversible processes | |
Class-103 | Carnot cycle | |
Class-104 | Heat engine | |
Class-105 | Entropy and disorder | |
Class-106 | Mathematical examples. |
Chapter Name | Class | Syllabus |
---|---|---|
Chapter-01:Cell & its Structure | Class-1 | Nomenclature of cells, the creation of the first cell, the main concept of cell theory, types of cells. |
Class-2 | Modern classification and characterstics of organisms. | |
Class-3 | Definition of cell, structure and types of cells. | |
Class-4 | Cell wall. | |
Class-5 | Protoplast, plasma membrane, fluid mosaic model and differences between the cell wall and membrane. | |
Class-6 | Lysosome, differences between ribosome and lysosomeRibosome, cytoplasm and organelles,Golgi body. | |
Class-7 | Physical structure of chromosomes, types. | |
Class-8 | Genetic material, nucleic acids and their main components. | |
Class-9 | Nomenclature of bases, different types of nucleosides and nucleotides. | |
Class-10 | Types of nucleic acids, DNA. | |
Class-11 | Physical structure of DNA, Watson and Crick’s DNA model. | |
Class-12 | Chemical structure of DNA, biological significance. | |
Class-13 | Differences between rRNA, mRNA, tRNA; differences between DNA and RNA. | |
Chapter-2-Cell Division | Class-14 | Types of cell division. |
Class-15 | Mitosis cell division. | |
Class-16 | Stages of mitosis cell division. | |
Class-17 | Meiosis cell division. | |
Class-18 | Stages of meiosis cell division – 1. | |
Class-19 | Stages of meiosis cell division – 2. | |
Class-20 | Importance of meiosis. | |
Chapter-3-Cell chemistry | Class-21 | Carbohydrates. |
Class-22 | Monosaccharides. | |
Class-23 | Disaccharides. | |
Class-24 | Polysaccharides. | |
Class-25 | Proteins. | |
Class-26 | Lipids. | |
Class-27 | Enzymes. | |
Class-28 | Mechanism of enzyme action. | |
Chapter-5-Algae and Fungi | Class-29 | Algae: characteristics and structure. |
Class-30 | Reproduction and importance of algae. | |
Class-31 | Ulothrix. | |
Class-32 | Fungi: characteristics and structure. | |
Class-33 | Reproduction and importance of fungi. | |
Class-34 | Agaricus. | |
Class-35 | Fungal diseases. | |
Class-36 | Lichen. | |
Chapter-01-Animal diversity & Classification. | Class-37 | Diversity of the animal kingdom and the basis of classification. |
Class-38 | Principles and necessity of animal classification. | |
Class-39 | Non-chordata – 1. | |
Class-40 | Non-chordata – 2. | |
Class-41 | Non-chordata – 3. | |
Class-42 | Chordata – 1. | |
Class-43 | Chordata – 2. | |
Class-44 | Chordata – 3. | |
Chapter-02-Introduction to Animal | Class-45 | External structure of Hydra. |
Class-46 | Internal structure of Hydra – epidermis. | |
Class-47 | Internal structure of Hydra – gastrodermis. | |
Class-48 | Food intake and digestion in Hydra. | |
Class-49 | Movement in Hydra. | |
Class-50 | Reproduction in Hydra. | |
Class-51 | Mutualism and labor division in Hydra. | |
Class-52 | External structure of grasshopper. | |
Class-53 | Digestive system of grasshopper. | |
Class-54 | Circulation in grasshopper. | |
Class-55 | Respiration in grasshopper. | |
Class-56 | Sensory organs in grasshopper. | |
Class-57 | Excretory system in grasshopper. | |
Class-58 | Reproductive system in grasshopper. | |
Class-59 | Reproduction and metamorphosis in grasshopper. | |
Chaper-4: Microbes | Class-60 | Viruses: characteristics and structure. |
Class-61 | Fine structure of cells: TMV and bacteriophage. | |
Class-62 | Importance of viruses. | |
Class-63 | Viral diseases: hepatitis and dengue fever. | |
Class-64 | Viral diseases: papaya ring spot or mosaic disease. | |
Class-65 | Habitat, characteristics, classification and structure of bacteria. | |
Class-66 | Reproduction of bacteria. | |
Class-67 | Importance of bacteria. | |
Class-68 | Bacterial diseases: rice blight disease, cholera. | |
Class-69 | Life cycle of the malaria parasite in the human body. | |
Class-70 | Life cycle in mosquitoes. | |
Chaper-6: Bryophyta and Pterydophyta | Class-71 | Bryophyta. |
Class-72 | Characteristics and structure of Riccia. | |
Class-73 | Reproduction of Riccia. | |
Class-74 | Pteridophyta. | |
Class-75 | Structure of the sporophyte of Pteris. | |
Class-76 | Gametophytic phase of Pteris. | |
Class-77 | Life cycle and alternation of generations of Pteris. | |
Chaper-3: Human Physiology: Digestion & Absorption | Class-78 | Digestion in the oral cavity. |
Class-79 | Digestion in the stomach. | |
Class-80 | Functions of the liver and pancreas. | |
Class-81 | Role of the nervous system and hormones in digestion. | |
Class-82 | Digestion in the small intestine. | |
Class-83 | Transport and fate of absorbed nutrients. | |
Class-84 | Functions of the large intestine, obesity. | |
Chaper-4: Human Physiology: Blood & Circulation | Class-85 | Blood, blood cells. |
Class-86 | Lymph, blood clotting. | |
Class-87 | Structure of the heart. | |
Class-88 | Different states of the heart. | |
Class-89 | Regulation of heartbeat. | |
Class-90 | Role of baroreceptors and volume receptors in controlling blood pressure. | |
Class-91 | Circulation of blood in the human body. | |
Class-92 | Different conditions and management of heart disease. | |
Class-93 | Treatment of heart disease. | |
Chaper-5: Human Physiology: Respiration & Berating | Class-94 | Human respiratory system. |
Class-95 | Physiology of respiration, inhalation – exhalation activities and their control. | |
Class-96 | Gas exchange. | |
Class-97 | Comparison of lung X-rays, artificial lungs. | |
Class-98 | Respiratory pigments and their roles. | |
Class-99 | Problems of the respiratory tract, symptoms and remedies. | |
Chaper-7: Human Physiology: Locomotion and body movement | Class-100 | Human skeletal system: axial skeleton. |
Class-101 | Human skeletal system: appendicular. | |
Class-102 | Structure of bones and cartilage. | |
Class-103 | Structure and function of muscles. | |
Class-104 | Muscles contract but do not push, skeletal system functioning: rods and lever system. | |
Class-105 | Coordination of bones and muscles in knee movement, bone fractures and first aid. | |
Class-106 | Joint injuries and first aid: dislocation. | |
Class-107 | Joint injuries and first aid: sprain. |
Chapter Name | Class | Syllabus |
---|---|---|
Chaper-2: Qualitative Chemistry Introduction (1st paper) | Class 1 | Atomic model, Rutherford’s atomic model, limitations of Rutherford’s atomic model, Bohr’s atomic model and limitations |
Class 2 | ||
Class 3 | H-spectrum, application of Bohr’s atomic theory, wave mechanics and Schrodinger’s wave equation for atomic structure, de Broglie’s equation | |
Class 4 | ||
Class 5 | Quantum numbers, different subshells and electron capacity | |
Class 6 | ||
Class 7 | Electron configuration of atoms: Aufbau, Hund’s, and Pauli’s exclusion principle | |
Class 8 | ||
Class 9 | Atoms and subatomic particles, relative atomic mass, radioactivity of elements and radioactive isotopes | |
Class 10 | ||
Class 11 | Solubility and solubility product of ionic compounds | |
Class 12 | mathematical problems on solubility product, common ion effect, solubility of ionic compounds in water | |
Class 13 | ||
Class 14 | ||
Class 15 | Electromagnetic spectrum | |
Class 16 | Visible light and spectrum: atomic spectrum, H-spectrum, UV rays for detecting counterfeit money, use of IR rays in medicine, principle of MRI test | |
Class 17 | ||
Class 18 | ||
Class 19 | Wet test of cations | |
Class 20 | ||
Class 21 | ||
Class 22 | General laboratory techniques in qualitative analysis: distillation, chromatography | |
Class 23 | ||
Class 24 | ||
Chaper-3: Periodic Properties and Bonding in Elements (1st paper) | Class 25 | Classification of elements based on electron configuration, determination of element’s position in the periodic table from electron configuration, general properties of s-block metallic elements |
Class 26 | ||
Class 27 | General properties of p-block elements | |
Class 28 | ||
Class 29 | General properties of d-block elements, general properties of f-block elements | |
Class 30 | ||
Class 31 | Periodic properties of elements, ionization energy, electron affinity, factors affecting electronegativity | |
Class 32 | ||
Class 33 | Acid-base properties of oxides of 2nd and 3rd period elements, relationship between periodic properties and chemical bonding of elements, orbital overlap in covalent bonding: valence bond theory, classification of covalent bonds | |
Class 34 | ||
Class 35 | Orbital hybridization, relationship between hybrid orbitals and shape of covalent compounds, determination of the hybrid state of the central atom in covalent compounds, effect of lone pairs on the shape and bond angle of covalent molecules | |
Class 36 | ||
Class 37 | ||
Class 38 | Coordinate covalent bond, different bonds in the same compound, polarity in covalent bonding, polarization, Fajan’s rule | |
Class 39 | ||
Class 40 | Van der Waals forces, intermolecular attractive forces, hydrogen bonding, comparison of H₂O and H₂S bonding, comparison of H-bond and Van der Waals forces | |
Class 41 | ||
Class 42 | Nomenclature of inorganic compounds, nomenclature and notation of complex compounds of transition metals | |
Class 43 | ||
Chaper-4: Chemical Changes (1st paper) | Class 44 | Chemical reactions and green chemistry, direction of reactions – unidirectional and bidirectional reactions, mutual transformation of unidirectional and bidirectional reactions, reaction rate and units of reaction rate, rate equation or rate law and rate constant |
Class 45 | ||
Class 46 | Factors affecting reaction rate, activation energy of exothermic and endothermic reactions, collision theory of chemical reactions, transition state theory of chemical reactions | |
Class 47 | ||
Class 48 | Catalysts and types, catalytic promoters and catalytic poisons, mechanism of catalysis, activation energy of reactions affected by catalysts, biological catalysts – enzymes | |
Class 49 | Chemical equilibrium, dynamic nature of equilibrium, conditions or characteristics of chemical equilibrium, Le Chatelier’s principle, effect of temperature change on equilibrium, effect of pressure (volume) change on equilibrium, effect of concentration change on equilibrium, application of Le Chatelier’s principle in industrial production | |
Class 50 | ||
Class 51 | ||
Class 52 | Law of mass action, equilibrium constant Kp and Kc, relationship between Kp and Kc, use of law of mass action in homogeneous equilibrium, significance of equilibrium constant Kc | |
Class 53 | ||
Class 54 | ||
Class 55 | Ionic product of water, autoionization of water, relationship between concentration and dissociation degree of acids and bases: Ostwald’s dilution law, dissociation constant Ka of acids, dissociation constant Kb of bases | |
Class 56 | ||
Class 57 | Dissociation constant and strength of acids and bases, relationship between K₁ and K₂ of conjugate acids and bases, basicity of acids and acidity of bases | |
Class 58 | pH of solutions, pH scale, hydrolysis of salts, buffer solution, pH of human blood | |
Class 59 | ||
Class 60 | Mechanism of buffer solution | |
Class 61 | ||
Class 62 | Henderson-Hasselbalch equation | |
Class 63 | ||
Class 64 | Law of conservation of mass and energy, enthalpy, heat of neutralization, bond energy and reaction heat, laws of Lavoisier and Hess | |
Class 65 | ||
Chaper-1: Environmental Chemistry (2nd paper) | Class 66 | Composition and components of the atmosphere, cyclones and storm surges, gaseous state and properties of gases, gas laws, units of volume, pressure, and temperature of gases |
Class 67 | ||
Class 68 | Boyle’s law, Charles’s law, Gay-Lussac’s law, Avogadro’s law | |
Class 69 | ||
Class 70 | Combined gas law from Boyle’s and Charles’s laws, ideal gas law or ideal gas equation | |
Class 71 | ||
Class 72 | Partial pressure of gases and Dalton’s law, Graham’s law: diffusion and effusion of gases | |
Class 73 | ||
Class 74 | Kinetic theory of gases, root-mean-square speed and other speeds of gases, calculation of kinetic energy of gas particles | |
Class 75 | ||
Class 76 | Ideal gases and real gases, compressibility factor or deviation factor of real gases and ideal behavior, conditions for ideal behavior of real gases, van der Waals equation: correction of deviation from ideal behavior for real gases | |
Class 77 | ||
Class 78 | Application of gas laws in gas cylinder storage, N-fixation reactions in the atmosphere during lightning, industrial gaseous waste and air pollution, greenhouse gases and greenhouse effect, use of CFCs and ozone layer depletion, acid rain and its prevention | |
Class 79 | ||
Class 80 | Arrhenius acid-base theory, Bronsted-Lowry theory and conjugate acids and bases, Lewis theory of acids and bases | |
Class 81 | ||
Class 82 | Sources and importance of fresh water, standards of surface water purity | |
Class 83 | ||
Class 84 | Industrial waste and water pollution, investigation and prevention of water pollution, natural water pollution: arsenic pollution and its effects, solubility strategies of pollutants in air and water | |
Class 85 | Causes and effects of heavy metals (As, Cr, Pb, Cd) entering the food chain |
Chapter Name | Class | Syllabus |
---|---|---|
Chapter 1: Information and Communication Technology: Global and Bangladesh Perspectives | Class-1 | The concept of global village. |
Class-2 | Main elements related to the concept of global village | |
Class-3 | Virtual reality | |
Class-4 | Recent trends in information and communication technology | |
Class-5 | Bioinformatics, genetic engineering and nanotechnology | |
Class-6 | Ethics in the use of information and communication technology | |
Class-7 | Impact of information and communication technology in social life | |
Class-8 | Information and communication technology and economic development | |
Class-9 | Creative questions | |
Chapter 2: Communication Systems and Computer Networking | Class-10 | Communication systems and bandwidth. |
Class-11 | Data transmission methods and data transmission modes | |
Class-12 | Data communication media | |
Class-13 | Wired media: Twisted pair, coaxial and optical fiber | |
Class-14 | Wireless media | |
Class-15 | Wireless communication systems | |
Class-16 | Different generations of mobile communication and mobile phones | |
Class-17 | Purpose and types of computer networking | |
Class-18 | Different devices in a network | |
Class-19 | Network functions: Network topology | |
Class-20 | Cloud computing | |
Class-21 | Creative questions | |
Chapter 3: Number Systems and Digital Devices | Class-22 | History of discovery of numbers and number system |
Class-23 | Conversion of number system-1 | |
Class-24 | Conversion of number system-2 | |
Class-25 | Binary addition and subtraction | |
Class-26 | Signed numbers and 2’s complement | |
Class-27 | Concept of codes and different types of codes | |
Class-28 | Some mathematical problems and solutions… | |
Class-29 | Boolean algebra, Boolean theorem and truth table | |
Class-30 | De-Morgan’s theorem | |
Class-31 | Basic gates | |
Class-32 | Universal gates | |
Class-33 | Special gates | |
Class-34 | Encoder | |
Class-35 | Decoder | |
Class-36 | Adder | |
Class-37 | Create Account | |
Class-38 | Counter | |
Class-39 | Creative questions |
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