| Chapter Name | Class | Syllabus |
|---|---|---|
| Chaper-1: Real Number and Inequalities | Cass-1 | Introduction to Real Numbers |
| Cass-2 | Mathematical Solution of the Inequalities | |
| Cass-3 | Solution Set of Number Line | |
| Cass-4 | Proves of Axioms of the Real Numbers Related to Inequality | |
| Cass-5 | Characteristics of Absolute Value & Proof | |
| Cass-6 | Graphical Representation of Inequality | |
| Cass-7 | Graphical Representation of Inequality | |
| Chaper-2: Linear Programming | Cass-8 | Concept of Linear Programming |
| Cass-9 | Linear Programming Diagram- 1 | |
| Cass-10 | Linear Programming Diagram- 2 | |
| Cass-11 | Exercise Solutions | |
| Chaper-5: Permutation and Combination (1st) | Cass-12 | Basic Concepts, Factorials, Theorems |
| Cass-14 | Examples | |
| Cass-15 | Solution to the Permutation-1 | |
| Cass-16 | Solution to the Permutation-1 | |
| Cass-17 | Combination, Conditional Combination, Examples-1 | |
| Cass-18 | Combination, Conditional Combination, Examples-2 | |
| Cass-19 | Solution to the Combination | |
| Cass-20 | Solution to the Combination & Permutation Combination | |
| Chaper-4: Polynomials and Polynomial Equations | Cass-21 | Polynomials, Quadratic Equations and Solutions-1 |
| Cass-22 | Polynomials, Quadratic Equations and Solutions-2 | |
| Cass-23 | Separately, Determine the Conditions and Nature of the Roots of Quadratic Equations-1 | |
| Cass-24 | Separately, Determine the Conditions and Nature of the Roots of Quadratic Equations-2 | |
| Cass-25 | Quadratic Equation Structure and Value of Antiderivative of Root, Cubic Equation Structure, Examples-1 | |
| Cass-26 | Quadratic Equation Structure and Value of Antiderivative of Root, Cubic Equation Structure, Examples-2 | |
| Cass-27 | Exercise Solutions-1 | |
| Cass-28 | Exercise Solutions-2 | |
| Chaper-5: Binomial Expansions | Cass-29 | Concept of Binomial Theorem, Pascal’s Triangle, Common Terms-1 |
| Cass-30 | Concept of Binomial Theorem, Pascal’s Triangle, Common Terms-2 | |
| Cass-31 | Middle Term, Equidistant Term, Example-1 | |
| Cass-32 | Middle Term, Equidistant Term, Example-2 | |
| Cass-33 | Exercise Solutions-1 | |
| Cass-34 | Exercise Solutions-1 | |
| Cass-35 | Binomial expansion in infinite series, convergence, and binomial expansion through partial fractions-1 | |
| Cass-36 | Binomial expansion in infinite series, convergence, and binomial expansion through partial fractions-2 | |
| Cass-37 | Exercise Solutions-1 | |
| Cass-38 | Exercise Solutions-2 | |
| Chaper-6: Conics | Cass-39 | Conics |
| Cass-40 | Epicenter, Eccentricity and Regulator | |
| Cass-41 | Circle, Parabola, Ellipse, Hyperbola | |
| Cass-42 | Representation of Conics with the help of images | |
| Cass-43 | Equations and Graphs of Parabolas | |
| Cass-44 | Length of the epicenter perpendicular to the paracycle, coordinates of the epicenter and vertex, and equation of the controller | |
| Cass-45 | Characteristics of the graph of a parabola, determination of tangents and points of tangency | |
| Cass-46 | Solve Practice Problems | |
| Cass-47 | Equation and Graphing of an Ellipse | |
| Cass-48 | Epicenter and ruler of an ellipse | |
| Cass-49 | Determining the major axis of the minor axis of the ellipse | |
| Cass-50 | Determining the eccentricity of an ellipse | |
| Cass-51 | Solve Practice Problems | |
| Cass-52 | Equation and Graphing of a Hyperbola | |
| Cass-53 | Determining the parametric coordinates and eccentricity of a hyperbola | |
| Cass-54 | Identifying the different parts of a hyperbola | |
| Cass-55 | Solve practice problems | |
| Chaper-7: Inverse Trigonometric Functions and Trigonometric Equations | Cass-56 | Inverse trigonometric functions and principal values |
| Cass-57 | Graph of inverse trigonometric function | |
| Cass-58 | Solve practice problems | |
| Cass-59 | General solutions to trigonometric equations | |
| Cass-60 | Solving trigonometric equations in specific intervals | |
| Cass-61 | Solve Practice Problems | |
| Cass-62 | Graphing a trigonometric function and its inverse function on the same axis | |
| Chaper-8: Statics | Cass-63 | Basic concepts of Statics |
| Cass-64 | Resultant of Two Forces | |
| Cass-65 | Part of Forces | |
| Cass-66 | Solve Practice Problems | |
| Cass-67 | Balance of Forces | |
| Cass-68 | Triangle formula of force at equilibrium | |
| Cass-69 | Lamy’s theorem for forces in equilibrium | |
| Cass-70 | Equilibrium conditions for a plane force combination | |
| Cass-71 | Solve Practice Problems | |
| Cass-72 | Finding the parallel force acting on an object | |
| Cass-73 | Solve Practice Problems | |
| Cass-74 | Resultant of Two Forces using Graph | |
| Chaper-9: Motion of Particles in a Plane | Cass-75 | Motional quantities: displacement, velocity, acceleration |
| Cass-76 | Multiple velocity gains | |
| Cass-77 | Relative velocity | |
| Cass-78 | Solve Practice Problems | |
| Cass-79 | Motions of particles moving with uniform acceleration in a straight line | |
| Cass-80 | Distance and average velocity covered in 1 second | |
| Cass-81 | Particle trajectory diagram | |
| Cass-82 | Determining the velocity and acceleration of a particle from a graph | |
| Cass-83 | Solve Practice Problems | |
| Cass-84 | Applying the laws of acceleration to vertical motion | |
| Cass-85 | Projectile | |
| Cass-86 | The trajectory of particles in a graph | |
| Cass-87 | Determining the velocity and acceleration of a particle from a graph | |
| Cass-88 | Solve Practice Problems | |
| Chaper-10: Measures of Dispersions and Probability | Cass-89 | Dispersion of Data |
| Cass-90 | Measures of Dispersion – 01 | |
| Cass-91 | Measures of Dispersion – 02 | |
| Cass-92 | Solve Practice Problems | |
| Cass-93 | Concept of Probability | |
| Cass-94 | The concept of recurrent probability | |
| Cass-95 | Probability relationship for mutually exclusive and non-exclusive events | |
| Cass-96 | Multiplication formula for probability for mutually dependent and independent events | |
| Cass-97 | Real-life problem solving | |
| Cass-98 | Solve Practice Problems | |
| Cass-99 | Determining moderate intervals and differences | |
| Cass-100 | Determining the probability of various events | |
| Cass-101 | Solve Practice Problems |
| Chapter Name | Class | Syllabus |
|---|---|---|
| Chapter-2: Static Electricity | Class-1 | Charge, Coulombs Law |
| Class-2 | Electric Field,Field Intensity,Field Line | |
| Class-3 | Electric Potential | |
| Class-4 | Electric Dipole. | |
| Class-5 | Permittivity of a Dielectric. | |
| Class-6 | Capacitors in Combination, Energy of Capacitors, and Their Uses | |
| Class-7 | Insulators and Dielectrics, Gauss’s Law, Deriving Gauss’s Law from Coulomb’s Law. | |
| Class-8 | Mathematical Examples. | |
| Class-9 | Mathematical Examples. | |
| Chapter-3: Current Electricity | Class-10 | Effects of Temperature on Resistance, Electrochemical Cells, and Electrodynamics. |
| Class-11 | Electric Energy and Power, | |
| Class-12 | Ohm’s Law, Resistance and Conductance, Laws of Resistance. | |
| Class-13 | Resistivity and Internal Resistance of Cells, Electromotive Force (EMF). | |
| Class-14 | Combination of Cells | |
| Class-15 | Kirchhoff’s Law. | |
| Class-16 | Use of Shunt Resistor. | |
| Class-17 | Solving Mathematical Problems. | |
| Chapter-9: Wave (1st) | Class-18 | Wave Generation, Origin of Sound Waves, Waves and Energy, Characteristics of Waves and Their Types. |
| Class-19 | Definitions Related to Waves, Relationship Between Wave Speed, Wavelength, and Frequency. | |
| Class-20 | Progressive Waves, Mathematical Expressions for Progressive Waves, and Sound Intensity. | |
| Class-21 | Mathematical Expressions for Wave Intensity and Superposition Principle | |
| Class-22 | Standing Waves. | |
| Class-23 | Resonance and Sound Intensity and Intensity Levels. | |
| Class-24 | Beat or Beat Frequency, Characteristics and Mathematical Expressions of Beats. | |
| Class-25 | Harmonics or Overtones. | |
| Chapter-4: Magnetic Effects of Current and Magnetism | Class-26 | Oersted’s Concept of Magnetic Field and Determination of Magnetic Field Strength, Biot-Savart Law. |
| Class-27 | Applications of Biot-Savart Law, Ampere’s Law, and Lorentz Force. | |
| Class-28 | Magnetic Force on a Current-Carrying Wire in a Magnetic Field, Force Between Two Parallel Current-Carrying Wires. | |
| Class-29 | Hall Effect and Hall Coefficient, Force on a Conductor in a Magnetic Field. | |
| Class-30 | Orbiting Electrons, Electron Spin, and Magnetic Fields, Earth’s Magnetism and Its Components, Magnetic Declination. | |
| Class-31 | Magnetism, Classification of Magnetic Materials, and Antiferromagnetic Substances. | |
| Class-32 | Electromagnets and Permanent Magnets. | |
| Class-33 | Solving Mathematical Problems. | |
| Chapter-5: Electromagnetic Induction and Alternating Current | Class-34 | Electromagnetic Induction, Induced EMF. |
| Class-35 | Magnetic Flux and Magnetic Flux Density, Lenz’s Law. | |
| Class-36 | Self-Induction and Mutual Induction. | |
| Class-37 | Concept of Direct Current and Alternating Current, Alternating Current Dynamo, Generation of Alternating Current. | |
| Class-38 | Solving Mathematical Problems. | |
| Chapter-7: Physical Optics | Class-39 | Electromagnetic waves |
| Class-40 | Spectrum | |
| Class-41 | Wavefront | |
| Class-42 | Huygens’ principle, concept | |
| Class-43 | Huygens’ principle | |
| Class-44 | Interference of light | |
| Class-45 | Young’s double-slit experiment | |
| Class-46 | Mathematical problem-solving | |
| Chapter-8: Introduction of Modern Physics | Class-47 | Concepts of modern physics, material structure, and immaterial structure |
| Class-48 | Einstein’s theory of relativity | |
| Class-49 | Galilean transformation | |
| Class-50 | Lorentz transformation | |
| Class-51 | Time dilation according to the theory of relativity | |
| Class-52 | Length contraction | |
| Class-53 | Mass increase | |
| Class-54 | Mathematical problem-solving | |
| Chapter-9: Atomic Model & Nuclear Physics | Class-55 | Concept of atomic structure and its evolution,Alpha particle experiment,Rutherford’s atomic model |
| Class-56 | Bohr’s atomic model | |
| Class-57 | Energy levels | |
| Class-58 | Structure of the nucleus | |
| Class-59 | Radioactivity | |
| Class-60 | Radioactive decay,Radioactive transformation,Half-life,Mean life | |
| Class-61 | Mass defect, binding energy | |
| Class-62 | Nuclear reactions | |
| Chapter-10: Semi-Conductor & Electronics | Class-63 | Band theory |
| Class-64 | Conductive, non-conductive, and semiconductor in light of band theory | |
| Class-65 | Intrinsic and extrinsic semiconductors | |
| Class-66 | Concept of electrons and holes | |
| Class-67 | P-type semiconductor and N-type semiconductor | |
| Class-68 | Working of junction diode | |
| Class-69 | Rectification | |
| Class-70 | Bridge rectification | |
| Chapter-11: Astronomy | Class-71 | Introduction to astronomy |
| Class-72 | Hubble’s law | |
| Class-73 | Big Bang model | |
| Class-74 | Quark, gluon, and quark-gluon plasma | |
| Class-75 | Higgs boson particle | |
| Class-76 | Life cycle of stars | |
| Class-77 | Black hole or singularity |
| Chapter Name | Class | Syllabus |
|---|---|---|
| Chapter 2: organic Chemistry (2nd Paper) | Class 1 | What is organic chemistry, organic compounds, and the vital force theory? Speciality of carbon in the formation of organic compounds. Comparative features of organic and inorganic compounds |
| Class 2 | Classification of organic compounds, nature of bonds in organic compounds, modern orbital overlap theory, and types of covalent bonds | |
| Class 3 | Atomic orbital hybridization and tetra-valent carbon | |
| Class 4 | Isomerism in organic compounds and its types. | |
| Class 5 | Homologous series, functional groups, nomenclature of organic compounds-1 (alkanes) | |
| Class 6 | Nomenclature of organic compounds-2 (alkenes, alkynes) | |
| Class 7 | Nomenclature of organic compounds-3 (alcohols, aldehydes, ketones, ethers). | |
| Class 8 | Nomenclature of organic compounds-4 (thiols, carboxylic acids, esters, acid anhydrides, amines, amides, cyanides) | |
| Class 9 | Nomenclature of organic compounds-5 (naming compounds with multiple functional groups) | |
| Class 10 | Nomenclature of organic compounds-6 (aromatic compounds, organometallic compounds) | |
| Class 11 | Aliphatic and aromatic compounds – substitution reactions | |
| Class 12 | Aromatic hydrocarbons, preparation of benzene and toluene, aromaticity. | |
| Class 13 | Reactions of aromatic hydrocarbons-1 | |
| Class 14 | Reactions of aromatic hydrocarbons-2, differences between aliphatic and aromatic compounds. | |
| Class 15 | Free radicals, electrophiles, nucleophiles | |
| Class 16 | Addition reactions, Markovnikov’s rule | |
| Class 17 | elimination reactions (Saytzeff’s rule) | |
| Class 18 | Substitution reactions, Sn1, Sn2 mechanisms. | |
| Class 19 | Atomic rearrangement or isomerization, multiple substitution reactions in benzene, and orientation-1 | |
| Class 20 | multiple substitution reactions in benzene, and orientation-1 | |
| Class 21 | Preparation and identification reactions of alkanes | |
| Class 22 | Preparation and identification reactions of alkenes-1 | |
| Class 23 | Preparation and identification reactions of alkenes-2 | |
| Class 24 | Preparation and identification reactions of alkynes-1 | |
| Class 25 | Preparation and identification reactions of alkynes-2 | |
| Class 26 | Preparation of alkyl halides and aryl halides-1 | |
| Class 27 | Preparation of alkyl halides and aryl halides-2 | |
| Class 28 | Preparation and identification reactions of alcohols-1 | |
| Class 29 | Preparation and identification reactions of alcohols-2 | |
| Class 30 | Preparation and identification reactions of ethers | |
| Class 31 | Preparation and identification reactions of amines-1 | |
| Class 32 | Preparation and identification reactions of amines-2 | |
| Class 33 | Aldehydes and ketones-1 | |
| Class 34 | Aldehydes and ketones-2 | |
| Class 35 | Aldehydes and ketones-3 | |
| Class 36 | Carboxylic acids-1 | |
| Class 37 | Carboxylic acids-2 | |
| Class 38 | Esters | |
| Class 39 | Amides | |
| Class 40 | Identification of functional groups in various classes of organic compounds | |
| Class 41 | Glycerin and phenol – preparation, identification reactions-1 | |
| Class 42 | Glycerin and phenol – preparation, identification reactions-2 | |
| Class 43 | Nitroglycerin and TNT | |
| Class 44 | Dettol, paracetamol | |
| Class 45 | olymers and plasticity, addition polymerization reactions | |
| Class 46 | Glycosidic and peptide bonds in polymer molecules, importance of organic compounds in daily life. | |
| Chapter 3: Stoichiometric Chemistry (2nd Paper) | Class 47 | Chemical calculations and molar volume of gases |
| Class 48 | Calculations based on molar volume of gases using chemical equations, Method for writing balanced chemical equations, ionic equations. | |
| Class 49 | Application of Gay-Lussac’s law, determination of gas volume from chemical equations. | |
| Class 50 | Calculations of gas mass and volume from reactant mass, limiting reactants. | |
| Class 51 | Molar concentration or molarity of solutions. Converting molarity to percentage and ppm | |
| Class 52 | interconversion between molarity and percentage | |
| Class 53 | converting molarity to ppm | |
| Class 54 | Acid-base neutralization reactions and equivalence points, indicators. | |
| Class 55 | Calculations based on acid-base neutralization reactions-1 | |
| Class 56 | Calculations based on acid-base neutralization reactions-2 | |
| Class 57 | Oxidation-reduction reactions, oxidation numbers | |
| Class 58 | redox reactions | |
| Class 59 | Chemical calculations based on oxidation-reduction reactions-1 | |
| Class 60 | Chemical calculations based on oxidation-reduction reactions-2 | |
| Class 61 | Chemical calculations based on oxidation-reduction reactions-3 | |
| Chapter 4: Electro-Chemistry (2nd Paper) | Class 62 | Electrical conductivity and its types. Differences between metallic (electronic) conductivity and electrolytic conductivity. Conductivity of electrolytes and types of electrolytic conductivity. |
| Class 63 | Variation of equivalent conductivity with changes in concentration of electrolytes. Conductivity cells and cell constants | |
| Class 64 | Explanation of conductivity in electrolytes, units of measurement. Faraday’s first law of electrolysis, applicability, and limitations of Faraday’s laws. | |
| Class 65 | Determining the quantity of electrolytic substances using Faraday’s laws | |
| Class 66 | Significance of Faraday’s laws | |
| Class 67 | Electrolysis of ionic compounds in solutions, electrode reactions, and industrial applications of electrolysis. Metal reactivity series | |
| Class 68 | Oxidation half-reactions and reduction half-reactions. Symbolic representation of electrodes and cells | |
| Class 69 | Electrode potential | |
| Class 70 | electrode potential, and the metal reactivity series. | |
| Class 71 | Relationship between the spontaneity of a process and Gibbs free energy reduction, Red-Ox reactions, cell potential, and standard cell potential. | |
| Class 72 | Nernst equation for electrode and cell potentials. Types of electrodes. Construction of metal-metal ion electrodes. | |
| Class 73 | One-compartment and two-compartment electrochemical cells. | |
| Class 74 | Characteristics and differences between electrochemical cells and galvanic cells. | |
| Class 75 | Rechargeable (lead storage and lithium) batteries | |
| Class 76 | advantages and disadvantages. | |
| Class 77 | Fuel cells and their types. Anode, cathode, and fuel in fuel cells. Comparison of fuel cells and batteries. Structure and reactions in hydrogen fuel cells. | |
| Class 78 | PEM fuel cell: environment-friendly H₂ fuel cells, advantages of hydrogen-fuel cells. | |
| Class 79 | Determination of solution pH using a pH meter. | |
| Chapter 5: Vocational Chemistry (1st Paper) | Class 80 | Food safety and chemistry. Preservatives and food preservation techniques: antimicrobial. |
| Class 81 | Preservatives and food preservation techniques: antioxidants and chelating agents. | |
| Class 82 | Coating and canning processes: principles and methods. | |
| Class 83 | Suspension and coagulation | |
| Class 84 | Preparation-1 | |
| Class 85 | Preparation-2 | |
| Chapter 1: Safe Use of Laboratory (1st Paper) | Class 86 | aboratory safety guidelines |
| Class 87 | Cleaning techniques for laboratory instruments and glassware. Proper storage and handling of chemical substances. | |
| Class 88 | Use of Digital balances and Paul Bunge Balance | |
| Class 89 | Techniques for using various laboratory instruments. | |
| Chapter 5: Economic Chemistry (2nd Paper) | Class 90 | Natural gas fields in Bangladesh. Components and uses of natural gas. Coalfields in Bangladesh. Quality and uses of coal in Bangladesh. Prospects for industrialization in Bangladesh considering energy resources. Overview of significant chemical industries in Bangladesh. |
| Class 91 | Principles of production | |
| Class 92 | Industrial pollutants | |
| Class 93 | Principles of ETP (Effluent Treatment Plant). Recycling processes for iron, aluminum, copper, glass, paper, and plastics. Social and environmental significance of recycling iron, aluminum, copper, glass, paper, and plastics. | |
| Class 94 | Basic concepts of nanoparticles and nanotechnology. Comparison of atoms, molecules, and nanoparticles. Comparison of the physical properties of nanoparticles and bulk materials. Potential industrial applications of nanoparticles. |
| Chapter Name | Class | Syllabus |
|---|---|---|
| Chapter 4: Introduction to Web Design and HTML | Class- 1 | Concept of Web Design |
| Class- 2 | Web Site Structure | |
| Class- 3 | Concept of HTML | |
| Class- 4 | Introduction of HTML Tages & HTML Syntax | |
| Class- 5 | Practice Coding of Important HTML Cncepts | |
| Class- 6 | HTML Formatting – 1 | |
| Class- 7 | HTML Formatting – 2 | |
| Class- 8 | HTML Formatting – Coding Exercise | |
| Class- 9 | Hyperlinks | |
| Class- 10 | Adding Images (including banners) | |
| Class- 11 | Tables | |
| Class- 12 | Designing Web Page | |
| Class- 13 | Publishing a Web Site | |
| Class- 14 | Practice Solution | |
| Chapter 5: Programming Languages | Class- 15 | Concept of Program |
| Class- 16 | Programming Language | |
| Class- 17 | Machine Language | |
| Class- 18 | Assembly Language | |
| Class- 19 | Mid Level Language | |
| Class- 20 | High Level Language | |
| Class- 21 | C | |
| Class- 22 | C++ | |
| Class- 23 | Visual Basic | |
| Class- 24 | Java | |
| Class- 25 | Oracle | |
| Class- 26 | (Algol | |
| Class- 27 | Fortran | |
| Class- 28 | Python | |
| Class- 29 | 4th Generation Language- 4 GL | |
| Class- 30 | Translator Program | |
| Class- 31 | Compiler | |
| Class- 32 | Assembler | |
| Class- 33 | Interpreter | |
| Class- 34 | Organization of a Program | |
| Class- 35 | Steps of Developing a Program | |
| Class- 36 | Algorithm | |
| Class- 37 | Flow Chart | |
| Class- 38 | Program Design Model | |
| Class- 39 | Programming Language- C | |
| Class- 40 | Concept | |
| Class- 41 | Compiling of Programs | |
| Class- 42 | Structure of Programs | |
| Class- 43 | (Types of Data | |
| Class- 44 | Constant | |
| Class- 45 | Expressions | |
| Class- 46 | Input Output Statements | |
| Class- 47 | Conditional Statement | |
| Class- 48 | Loop Statement | |
| Class- 49 | Array, Function | |
| Class- 50 | (Database Management | |
| Chapter Six: Database Management Systems | Class- 51 | Functions of DBMS |
| Class- 52 | RDBMS (Relational Database Management System), Characteristics of RDBMS | |
| Class- 53 | Uses of RDBMS | |
| Class- 54 | Creating Database | |
| Class- 55 | Query | |
| Class- 56 | Sorting | |
| Class- 57 | Indexing | |
| Class- 58 | Database Relation | |
| Class- 59 | Corporate Database | |
| Class- 60 | Database in Government Organization | |
| Class- 61 | Data Security | |
| Class- 62 | Data Encryption |
| Chapter Name | Class | Syllabus |
|---|---|---|
| Chaper-1: Real Number and Inequalities | Cass-1 | Introduction to Real Numbers |
| Cass-2 | Mathematical Solution of the Inequalities | |
| Cass-3 | Solution Set of Number Line | |
| Cass-4 | Proves of Axioms of the Real Numbers Related to Inequality | |
| Cass-5 | Characteristics of Absolute Value & Proof | |
| Cass-6 | Graphical Representation of Inequality | |
| Cass-7 | Graphical Representation of Inequality | |
| Chaper-2: Linear Programming | Cass-8 | Concept of Linear Programming |
| Cass-9 | Linear Programming Diagram- 1 | |
| Cass-10 | Linear Programming Diagram- 2 | |
| Cass-11 | Exercise Solutions | |
| Chaper-5: Permutation and Combination (1st) | Cass-12 | Basic Concepts, Factorials, Theorems |
| Cass-14 | Examples | |
| Cass-15 | Solution to the Permutation-1 | |
| Cass-16 | Solution to the Permutation-1 | |
| Cass-17 | Combination, Conditional Combination, Examples-1 | |
| Cass-18 | Combination, Conditional Combination, Examples-2 | |
| Cass-19 | Solution to the Combination | |
| Cass-20 | Solution to the Combination & Permutation Combination | |
| Chaper-4: Polynomials and Polynomial Equations | Cass-21 | Polynomials, Quadratic Equations and Solutions-1 |
| Cass-22 | Polynomials, Quadratic Equations and Solutions-2 | |
| Cass-23 | Separately, Determine the Conditions and Nature of the Roots of Quadratic Equations-1 | |
| Cass-24 | Separately, Determine the Conditions and Nature of the Roots of Quadratic Equations-2 | |
| Cass-25 | Quadratic Equation Structure and Value of Antiderivative of Root, Cubic Equation Structure, Examples-1 | |
| Cass-26 | Quadratic Equation Structure and Value of Antiderivative of Root, Cubic Equation Structure, Examples-2 | |
| Cass-27 | Exercise Solutions-1 | |
| Cass-28 | Exercise Solutions-2 | |
| Chaper-5: Binomial Expansions | Cass-29 | Concept of Binomial Theorem, Pascal’s Triangle, Common Terms-1 |
| Cass-30 | Concept of Binomial Theorem, Pascal’s Triangle, Common Terms-2 | |
| Cass-31 | Middle Term, Equidistant Term, Example-1 | |
| Cass-32 | Middle Term, Equidistant Term, Example-2 | |
| Cass-33 | Exercise Solutions-1 | |
| Cass-34 | Exercise Solutions-1 | |
| Cass-35 | Binomial expansion in infinite series, convergence, and binomial expansion through partial fractions-1 | |
| Cass-36 | Binomial expansion in infinite series, convergence, and binomial expansion through partial fractions-2 | |
| Cass-37 | Exercise Solutions-1 | |
| Cass-38 | Exercise Solutions-2 | |
| Chaper-6: Conics | Cass-39 | Conics |
| Cass-40 | Epicenter, Eccentricity and Regulator | |
| Cass-41 | Circle, Parabola, Ellipse, Hyperbola | |
| Cass-42 | Representation of Conics with the help of images | |
| Cass-43 | Equations and Graphs of Parabolas | |
| Cass-44 | Length of the epicenter perpendicular to the paracycle, coordinates of the epicenter and vertex, and equation of the controller | |
| Cass-45 | Characteristics of the graph of a parabola, determination of tangents and points of tangency | |
| Cass-46 | Solve Practice Problems | |
| Cass-47 | Equation and Graphing of an Ellipse | |
| Cass-48 | Epicenter and ruler of an ellipse | |
| Cass-49 | Determining the major axis of the minor axis of the ellipse | |
| Cass-50 | Determining the eccentricity of an ellipse | |
| Cass-51 | Solve Practice Problems | |
| Cass-52 | Equation and Graphing of a Hyperbola | |
| Cass-53 | Determining the parametric coordinates and eccentricity of a hyperbola | |
| Cass-54 | Identifying the different parts of a hyperbola | |
| Cass-55 | Solve practice problems | |
| Chaper-7: Inverse Trigonometric Functions and Trigonometric Equations | Cass-56 | Inverse trigonometric functions and principal values |
| Cass-57 | Graph of inverse trigonometric function | |
| Cass-58 | Solve practice problems | |
| Cass-59 | General solutions to trigonometric equations | |
| Cass-60 | Solving trigonometric equations in specific intervals | |
| Cass-61 | Solve Practice Problems | |
| Cass-62 | Graphing a trigonometric function and its inverse function on the same axis | |
| Chaper-8: Statics | Cass-63 | Basic concepts of Statics |
| Cass-64 | Resultant of Two Forces | |
| Cass-65 | Part of Forces | |
| Cass-66 | Solve Practice Problems | |
| Cass-67 | Balance of Forces | |
| Cass-68 | Triangle formula of force at equilibrium | |
| Cass-69 | Lamy’s theorem for forces in equilibrium | |
| Cass-70 | Equilibrium conditions for a plane force combination | |
| Cass-71 | Solve Practice Problems | |
| Cass-72 | Finding the parallel force acting on an object | |
| Cass-73 | Solve Practice Problems | |
| Cass-74 | Resultant of Two Forces using Graph | |
| Chaper-9: Motion of Particles in a Plane | Cass-75 | Motional quantities: displacement, velocity, acceleration |
| Cass-76 | Multiple velocity gains | |
| Cass-77 | Relative velocity | |
| Cass-78 | Solve Practice Problems | |
| Cass-79 | Motions of particles moving with uniform acceleration in a straight line | |
| Cass-80 | Distance and average velocity covered in 1 second | |
| Cass-81 | Particle trajectory diagram | |
| Cass-82 | Determining the velocity and acceleration of a particle from a graph | |
| Cass-83 | Solve Practice Problems | |
| Cass-84 | Applying the laws of acceleration to vertical motion | |
| Cass-85 | Projectile | |
| Cass-86 | The trajectory of particles in a graph | |
| Cass-87 | Determining the velocity and acceleration of a particle from a graph | |
| Cass-88 | Solve Practice Problems | |
| Chaper-10: Measures of Dispersions and Probability | Cass-89 | Dispersion of Data |
| Cass-90 | Measures of Dispersion – 01 | |
| Cass-91 | Measures of Dispersion – 02 | |
| Cass-92 | Solve Practice Problems | |
| Cass-93 | Concept of Probability | |
| Cass-94 | The concept of recurrent probability | |
| Cass-95 | Probability relationship for mutually exclusive and non-exclusive events | |
| Cass-96 | Multiplication formula for probability for mutually dependent and independent events | |
| Cass-97 | Real-life problem solving | |
| Cass-98 | Solve Practice Problems | |
| Cass-99 | Determining moderate intervals and differences | |
| Cass-100 | Determining the probability of various events | |
| Cass-101 | Solve Practice Problems |
| Chapter Name | Class | Syllabus |
|---|---|---|
| Chapter-2: Static Electricity | Class-1 | Charge, Coulombs Law |
| Class-2 | Electric Field,Field Intensity,Field Line | |
| Class-3 | Electric Potential | |
| Class-4 | Electric Dipole. | |
| Class-5 | Permittivity of a Dielectric. | |
| Class-6 | Capacitors in Combination, Energy of Capacitors, and Their Uses | |
| Class-7 | Insulators and Dielectrics, Gauss’s Law, Deriving Gauss’s Law from Coulomb’s Law. | |
| Class-8 | Mathematical Examples. | |
| Class-9 | Mathematical Examples. | |
| Chapter-3: Current Electricity | Class-10 | Effects of Temperature on Resistance, Electrochemical Cells, and Electrodynamics. |
| Class-11 | Electric Energy and Power, | |
| Class-12 | Ohm’s Law, Resistance and Conductance, Laws of Resistance. | |
| Class-13 | Resistivity and Internal Resistance of Cells, Electromotive Force (EMF). | |
| Class-14 | Combination of Cells | |
| Class-15 | Kirchhoff’s Law. | |
| Class-16 | Use of Shunt Resistor. | |
| Class-17 | Solving Mathematical Problems. | |
| Chapter-9: Wave (1st) | Class-18 | Wave Generation, Origin of Sound Waves, Waves and Energy, Characteristics of Waves and Their Types. |
| Class-19 | Definitions Related to Waves, Relationship Between Wave Speed, Wavelength, and Frequency. | |
| Class-20 | Progressive Waves, Mathematical Expressions for Progressive Waves, and Sound Intensity. | |
| Class-21 | Mathematical Expressions for Wave Intensity and Superposition Principle | |
| Class-22 | Standing Waves. | |
| Class-23 | Resonance and Sound Intensity and Intensity Levels. | |
| Class-24 | Beat or Beat Frequency, Characteristics and Mathematical Expressions of Beats. | |
| Class-25 | Harmonics or Overtones. | |
| Chapter-4: Magnetic Effects of Current and Magnetism | Class-26 | Oersted’s Concept of Magnetic Field and Determination of Magnetic Field Strength, Biot-Savart Law. |
| Class-27 | Applications of Biot-Savart Law, Ampere’s Law, and Lorentz Force. | |
| Class-28 | Magnetic Force on a Current-Carrying Wire in a Magnetic Field, Force Between Two Parallel Current-Carrying Wires. | |
| Class-29 | Hall Effect and Hall Coefficient, Force on a Conductor in a Magnetic Field. | |
| Class-30 | Orbiting Electrons, Electron Spin, and Magnetic Fields, Earth’s Magnetism and Its Components, Magnetic Declination. | |
| Class-31 | Magnetism, Classification of Magnetic Materials, and Antiferromagnetic Substances. | |
| Class-32 | Electromagnets and Permanent Magnets. | |
| Class-33 | Solving Mathematical Problems. | |
| Chapter-5: Electromagnetic Induction and Alternating Current | Class-34 | Electromagnetic Induction, Induced EMF. |
| Class-35 | Magnetic Flux and Magnetic Flux Density, Lenz’s Law. | |
| Class-36 | Self-Induction and Mutual Induction. | |
| Class-37 | Concept of Direct Current and Alternating Current, Alternating Current Dynamo, Generation of Alternating Current. | |
| Class-38 | Solving Mathematical Problems. | |
| Chapter-7: Physical Optics | Class-39 | Electromagnetic waves |
| Class-40 | Spectrum | |
| Class-41 | Wavefront | |
| Class-42 | Huygens’ principle, concept | |
| Class-43 | Huygens’ principle | |
| Class-44 | Interference of light | |
| Class-45 | Young’s double-slit experiment | |
| Class-46 | Mathematical problem-solving | |
| Chapter-8: Introduction of Modern Physics | Class-47 | Concepts of modern physics, material structure, and immaterial structure |
| Class-48 | Einstein’s theory of relativity | |
| Class-49 | Galilean transformation | |
| Class-50 | Lorentz transformation | |
| Class-51 | Time dilation according to the theory of relativity | |
| Class-52 | Length contraction | |
| Class-53 | Mass increase | |
| Class-54 | Mathematical problem-solving | |
| Chapter-9: Atomic Model & Nuclear Physics | Class-55 | Concept of atomic structure and its evolution,Alpha particle experiment,Rutherford’s atomic model |
| Class-56 | Bohr’s atomic model | |
| Class-57 | Energy levels | |
| Class-58 | Structure of the nucleus | |
| Class-59 | Radioactivity | |
| Class-60 | Radioactive decay,Radioactive transformation,Half-life,Mean life | |
| Class-61 | Mass defect, binding energy | |
| Class-62 | Nuclear reactions | |
| Chapter-10: Semi-Conductor & Electronics | Class-63 | Band theory |
| Class-64 | Conductive, non-conductive, and semiconductor in light of band theory | |
| Class-65 | Intrinsic and extrinsic semiconductors | |
| Class-66 | Concept of electrons and holes | |
| Class-67 | P-type semiconductor and N-type semiconductor | |
| Class-68 | Working of junction diode | |
| Class-69 | Rectification | |
| Class-70 | Bridge rectification | |
| Chapter-11: Astronomy | Class-71 | Introduction to astronomy |
| Class-72 | Hubble’s law | |
| Class-73 | Big Bang model | |
| Class-74 | Quark, gluon, and quark-gluon plasma | |
| Class-75 | Higgs boson particle | |
| Class-76 | Life cycle of stars | |
| Class-77 | Black hole or singularity |
| Chapter Name | Class | Syllabus |
|---|---|---|
| Chaper-7: Gymnosperm and Angiosp (1st) | Class-1 | Characterstics of Gymnosperms,Characterstics of Cycas,Classification,Structure,Living Fossil,Similarities between Cycas and Fern,Reproduction and Importance |
| Class-2 | Angitosperms and their characterstics,difference between angiosperms and gymnosperms,introduction to angiosperm families,habit,stem,roots,leaf,inflorescence | |
| Class-3 | Inflorescence of angioperms,Aestivation | |
| Class-4 | Placentation of angiosperms,their flower,fruit,floral formula and floral diagram | |
| Class-5 | Family of dicotyledonous plant | |
| Chaper-8: Tissue and Tissue System (1st) | Class-6 | Tissue and its classification,function of meristematic tissue,classification of permanent and meristematic tissue,their difference and characterstics |
| Class-7 | Permanent tissue and tissue system | |
| Class-8 | Epidermal pores,stomata,ground tissue system | |
| Class-9 | Vascular tissue system and vascular bundle | |
| Class-10 | Internal structure of roots and stems of monocotyledon plant | |
| Chaper-6: Human Physiology: Wastes & Elimination (2nd) | Class-11 | Human excretory system, structure of kidney |
| Class-12 | Function of kidney and ultrastructure of kidney | |
| Class-13 | Physiology of excretion and Urine | |
| Class-14 | Role of kidney in osmoregulation & excretion. | |
| Chaper-10: Plant Reproduction (1st) | Class-15 | Types of reproduction-sexual reproduction in plants-1. |
| Class-16 | Types of reproduction-sexual reproduction in plants-2. | |
| Class-17 | Asexual reproduction. | |
| Class-18 | Parthenogenesis. | |
| Class-19 | Artificial Breeding-concept,plant hybridization mechanism,importance. | |
| Chaper-10: Protection of Human Body (Immunity) (2nd) | Class-20 | Concept of human defence system,The first layer of defence. |
| Class-21 | The second layer of defence | |
| Class-22 | The third layer of defence. | |
| Class-23 | Role of antibody,vaccine & memory cells in immunity. | |
| Chaper-8: Human Physiology: Coordination & Control (2nd) | Class-24 | Neural Coordination-concept,brain(structure,division,function). |
| Class-25 | Cranial nerves(origin,nature & function). | |
| Class-26 | Human sensory organs-Eye(structure & function). | |
| Class-27 | Human sensory organs-Ear(structure & function). | |
| Class-28 | Chemical coordination. | |
| Class-29 | Location,secretion and action of endocrine glands. | |
| Class-30 | Effect of hormone & impact of uncontrol use of hormone. | |
| Chaper-9: Plant Physiology (1st) | Class-31 | Absorption of mineral salts-absorption process,active & passive absorption |
| Class-32 | Transpiration,stomata,opening and closing mechanism of stomata | |
| Class-33 | Osmosis,diffusion,imbibition,photosynthesis-1. | |
| Class-34 | Osmosis,diffusion,imbibition,photosynthesis-2. | |
| Class-35 | Calvin cycle,hatch and slack pathway,limiting factors. | |
| Class-36 | Respiration-glycolysis | |
| Class-37 | Kreb’s cycle | |
| Class-38 | Electron transport system | |
| Class-39 | Anaerobic respiration | |
| Class-40 | Incomplete oxidation of pyruvic acid and factors of respiration | |
| Chapter-11: Biotechnology (1st) | Class-41 | Biotechnology. |
| Class-42 | Tissue culture technology-process & use. | |
| Class-43 | Genetic engineering & its mechanism. | |
| Class-44 | Recombinent DNA technology | |
| Class-45 | Gene cloning. | |
| Class-46 | Use of biotechnology. | |
| Class-47 | Production of human insulin. | |
| Class-48 | Genome sequencing and its application. | |
| Class-49 | Principles of biosafety in application of biotechnology. | |
| Chapter 12: Environment, Distribution and Conservation of Living Organisms (1st) | Class-50 | Species,population,Biotic community |
| Class-51 | Ecological pyramid and types,adaptation of organisms-aquatic,desert,saline water. | |
| Class-52 | Biomes. | |
| Class-53 | Zoogeographical regions-oriental regions. | |
| Class-54 | Forest areas of Bangladesh-biodiversity. | |
| Class-55 | Coastal forest and green belt ,characterstics of coastal forest vegetation. | |
| Class-56 | Introduction to endangered organism,endangered plants,animals,mechanism of biodiversity. | |
| Class-57 | In situ conservation,botanical garden,sanctuary. | |
| Class-58 | Fish sanctuary,ex situ conservation,low temperature,liquid nitrogen | |
| Chapter-11: Genetics and Evolution (2nd) | Class-59 | Mendelian inheritance-1st and 2nd law. |
| Class-60 | Chromosome theory of inheritance. | |
| Class-61 | Deviations of Mendel’s law. | |
| Class-62 | Polygenic inheritance. | |
| Class-63 | Sex determination principles. | |
| Class-64 | Sex linked disorder-colour blindness,haemophilia,DMD. | |
| Class-65 | ABO blood group and Rh-factor problems. | |
| Class-66 | Concept of evolution. | |
| Class-67 | Theories of evolution. | |
| Class-68 | Evidence of evolution. | |
| Chapter 12: Animal Behaviour | Class-69 | The nature of behaviour-behavioural change in response to stimuli,relation between behaviour and heredity. |
| Class-70 | Innate behaviour-taxes,reflexes,instinct. | |
| Class-71 | Justification of innate behaviour | |
| Class-72 | Learning-habituation,imprinting. | |
| Class-73 | Theory of pavlov’s-reflex of saliva of dogs. | |
| Class-74 | Social behaviour-altruism-selflessness to others. | |
| Class-75 | Social behaviour of honey bee. | |
| Chaper-5: Human Physiology: Respiration & Berating | Class-76 | Human respiratory system. |
| Class-77 | Control of ventilation mechanism & ventilation mechanism. | |
| Class-78 | Transport of gases -O2. | |
| Class-79 | Comparison of X-ray of lungs,artificial respiration. | |
| Class-80 | Respiratory pigments and their role in respiration. | |
| Class-81 | Problems,symptoms and remedy of respiratory tract disease. |
| Chapter Name | Class | Syllabus |
|---|---|---|
| Chapter 2: organic Chemistry (2nd Paper) | Class 1 | What is organic chemistry, organic compounds, and the vital force theory? Speciality of carbon in the formation of organic compounds. Comparative features of organic and inorganic compounds |
| Class 2 | Classification of organic compounds, nature of bonds in organic compounds, modern orbital overlap theory, and types of covalent bonds | |
| Class 3 | Atomic orbital hybridization and tetra-valent carbon | |
| Class 4 | Isomerism in organic compounds and its types. | |
| Class 5 | Homologous series, functional groups, nomenclature of organic compounds-1 (alkanes) | |
| Class 6 | Nomenclature of organic compounds-2 (alkenes, alkynes) | |
| Class 7 | Nomenclature of organic compounds-3 (alcohols, aldehydes, ketones, ethers). | |
| Class 8 | Nomenclature of organic compounds-4 (thiols, carboxylic acids, esters, acid anhydrides, amines, amides, cyanides) | |
| Class 9 | Nomenclature of organic compounds-5 (naming compounds with multiple functional groups) | |
| Class 10 | Nomenclature of organic compounds-6 (aromatic compounds, organometallic compounds) | |
| Class 11 | Aliphatic and aromatic compounds – substitution reactions | |
| Class 12 | Aromatic hydrocarbons, preparation of benzene and toluene, aromaticity. | |
| Class 13 | Reactions of aromatic hydrocarbons-1 | |
| Class 14 | Reactions of aromatic hydrocarbons-2, differences between aliphatic and aromatic compounds. | |
| Class 15 | Free radicals, electrophiles, nucleophiles | |
| Class 16 | Addition reactions, Markovnikov’s rule | |
| Class 17 | elimination reactions (Saytzeff’s rule) | |
| Class 18 | Substitution reactions, Sn1, Sn2 mechanisms. | |
| Class 19 | Atomic rearrangement or isomerization, multiple substitution reactions in benzene, and orientation-1 | |
| Class 20 | multiple substitution reactions in benzene, and orientation-1 | |
| Class 21 | Preparation and identification reactions of alkanes | |
| Class 22 | Preparation and identification reactions of alkenes-1 | |
| Class 23 | Preparation and identification reactions of alkenes-2 | |
| Class 24 | Preparation and identification reactions of alkynes-1 | |
| Class 25 | Preparation and identification reactions of alkynes-2 | |
| Class 26 | Preparation of alkyl halides and aryl halides-1 | |
| Class 27 | Preparation of alkyl halides and aryl halides-2 | |
| Class 28 | Preparation and identification reactions of alcohols-1 | |
| Class 29 | Preparation and identification reactions of alcohols-2 | |
| Class 30 | Preparation and identification reactions of ethers | |
| Class 31 | Preparation and identification reactions of amines-1 | |
| Class 32 | Preparation and identification reactions of amines-2 | |
| Class 33 | Aldehydes and ketones-1 | |
| Class 34 | Aldehydes and ketones-2 | |
| Class 35 | Aldehydes and ketones-3 | |
| Class 36 | Carboxylic acids-1 | |
| Class 37 | Carboxylic acids-2 | |
| Class 38 | Esters | |
| Class 39 | Amides | |
| Class 40 | Identification of functional groups in various classes of organic compounds | |
| Class 41 | Glycerin and phenol – preparation, identification reactions-1 | |
| Class 42 | Glycerin and phenol – preparation, identification reactions-2 | |
| Class 43 | Nitroglycerin and TNT | |
| Class 44 | Dettol, paracetamol | |
| Class 45 | olymers and plasticity, addition polymerization reactions | |
| Class 46 | Glycosidic and peptide bonds in polymer molecules, importance of organic compounds in daily life. | |
| Chapter 3: Stoichiometric Chemistry (2nd Paper) | Class 47 | Chemical calculations and molar volume of gases |
| Class 48 | Calculations based on molar volume of gases using chemical equations, Method for writing balanced chemical equations, ionic equations. | |
| Class 49 | Application of Gay-Lussac’s law, determination of gas volume from chemical equations. | |
| Class 50 | Calculations of gas mass and volume from reactant mass, limiting reactants. | |
| Class 51 | Molar concentration or molarity of solutions. Converting molarity to percentage and ppm | |
| Class 52 | interconversion between molarity and percentage | |
| Class 53 | converting molarity to ppm | |
| Class 54 | Acid-base neutralization reactions and equivalence points, indicators. | |
| Class 55 | Calculations based on acid-base neutralization reactions-1 | |
| Class 56 | Calculations based on acid-base neutralization reactions-2 | |
| Class 57 | Oxidation-reduction reactions, oxidation numbers | |
| Class 58 | redox reactions | |
| Class 59 | Chemical calculations based on oxidation-reduction reactions-1 | |
| Class 60 | Chemical calculations based on oxidation-reduction reactions-2 | |
| Class 61 | Chemical calculations based on oxidation-reduction reactions-3 | |
| Chapter 4: Electro-Chemistry (2nd Paper) | Class 62 | Electrical conductivity and its types. Differences between metallic (electronic) conductivity and electrolytic conductivity. Conductivity of electrolytes and types of electrolytic conductivity. |
| Class 63 | Variation of equivalent conductivity with changes in concentration of electrolytes. Conductivity cells and cell constants | |
| Class 64 | Explanation of conductivity in electrolytes, units of measurement. Faraday’s first law of electrolysis, applicability, and limitations of Faraday’s laws. | |
| Class 65 | Determining the quantity of electrolytic substances using Faraday’s laws | |
| Class 66 | Significance of Faraday’s laws | |
| Class 67 | Electrolysis of ionic compounds in solutions, electrode reactions, and industrial applications of electrolysis. Metal reactivity series | |
| Class 68 | Oxidation half-reactions and reduction half-reactions. Symbolic representation of electrodes and cells | |
| Class 69 | Electrode potential | |
| Class 70 | electrode potential, and the metal reactivity series. | |
| Class 71 | Relationship between the spontaneity of a process and Gibbs free energy reduction, Red-Ox reactions, cell potential, and standard cell potential. | |
| Class 72 | Nernst equation for electrode and cell potentials. Types of electrodes. Construction of metal-metal ion electrodes. | |
| Class 73 | One-compartment and two-compartment electrochemical cells. | |
| Class 74 | Characteristics and differences between electrochemical cells and galvanic cells. | |
| Class 75 | Rechargeable (lead storage and lithium) batteries | |
| Class 76 | advantages and disadvantages. | |
| Class 77 | Fuel cells and their types. Anode, cathode, and fuel in fuel cells. Comparison of fuel cells and batteries. Structure and reactions in hydrogen fuel cells. | |
| Class 78 | PEM fuel cell: environment-friendly H₂ fuel cells, advantages of hydrogen-fuel cells. | |
| Class 79 | Determination of solution pH using a pH meter. | |
| Chapter 5: Vocational Chemistry (1st Paper) | Class 80 | Food safety and chemistry. Preservatives and food preservation techniques: antimicrobial. |
| Class 81 | Preservatives and food preservation techniques: antioxidants and chelating agents. | |
| Class 82 | Coating and canning processes: principles and methods. | |
| Class 83 | Suspension and coagulation | |
| Class 84 | Preparation-1 | |
| Class 85 | Preparation-2 | |
| Chapter 1: Safe Use of Laboratory (1st Paper) | Class 86 | aboratory safety guidelines |
| Class 87 | Cleaning techniques for laboratory instruments and glassware. Proper storage and handling of chemical substances. | |
| Class 88 | Use of Digital balances and Paul Bunge Balance | |
| Class 89 | Techniques for using various laboratory instruments. | |
| Chapter 5: Economic Chemistry (2nd Paper) | Class 90 | Natural gas fields in Bangladesh. Components and uses of natural gas. Coalfields in Bangladesh. Quality and uses of coal in Bangladesh. Prospects for industrialization in Bangladesh considering energy resources. Overview of significant chemical industries in Bangladesh. |
| Class 91 | Principles of production | |
| Class 92 | Industrial pollutants | |
| Class 93 | Principles of ETP (Effluent Treatment Plant). Recycling processes for iron, aluminum, copper, glass, paper, and plastics. Social and environmental significance of recycling iron, aluminum, copper, glass, paper, and plastics. | |
| Class 94 | Basic concepts of nanoparticles and nanotechnology. Comparison of atoms, molecules, and nanoparticles. Comparison of the physical properties of nanoparticles and bulk materials. Potential industrial applications of nanoparticles. |
…
| Chapter Name | Class | Syllabus |
|---|---|---|
| Chapter 4: Introduction to Web Design and HTML | Class- 1 | Concept of Web Design |
| Class- 2 | Web Site Structure | |
| Class- 3 | Concept of HTML | |
| Class- 4 | Introduction of HTML Tages & HTML Syntax | |
| Class- 5 | Practice Coding of Important HTML Cncepts | |
| Class- 6 | HTML Formatting – 1 | |
| Class- 7 | HTML Formatting – 2 | |
| Class- 8 | HTML Formatting – Coding Exercise | |
| Class- 9 | Hyperlinks | |
| Class- 10 | Adding Images (including banners) | |
| Class- 11 | Tables | |
| Class- 12 | Designing Web Page | |
| Class- 13 | Publishing a Web Site | |
| Class- 14 | Practice Solution | |
| Chapter 5: Programming Languages | Class- 15 | Concept of Program |
| Class- 16 | Programming Language | |
| Class- 17 | Machine Language | |
| Class- 18 | Assembly Language | |
| Class- 19 | Mid Level Language | |
| Class- 20 | High Level Language | |
| Class- 21 | C | |
| Class- 22 | C++ | |
| Class- 23 | Visual Basic | |
| Class- 24 | Java | |
| Class- 25 | Oracle | |
| Class- 26 | (Algol | |
| Class- 27 | Fortran | |
| Class- 28 | Python | |
| Class- 29 | 4th Generation Language- 4 GL | |
| Class- 30 | Translator Program | |
| Class- 31 | Compiler | |
| Class- 32 | Assembler | |
| Class- 33 | Interpreter | |
| Class- 34 | Organization of a Program | |
| Class- 35 | Steps of Developing a Program | |
| Class- 36 | Algorithm | |
| Class- 37 | Flow Chart | |
| Class- 38 | Program Design Model | |
| Class- 39 | Programming Language- C | |
| Class- 40 | Concept | |
| Class- 41 | Compiling of Programs | |
| Class- 42 | Structure of Programs | |
| Class- 43 | (Types of Data | |
| Class- 44 | Constant | |
| Class- 45 | Expressions | |
| Class- 46 | Input Output Statements | |
| Class- 47 | Conditional Statement | |
| Class- 48 | Loop Statement | |
| Class- 49 | Array, Function | |
| Class- 50 | (Database Management | |
| Chapter Six: Database Management Systems | Class- 51 | Functions of DBMS |
| Class- 52 | RDBMS (Relational Database Management System), Characteristics of RDBMS | |
| Class- 53 | Uses of RDBMS | |
| Class- 54 | Creating Database | |
| Class- 55 | Query | |
| Class- 56 | Sorting | |
| Class- 57 | Indexing | |
| Class- 58 | Database Relation | |
| Class- 59 | Corporate Database | |
| Class- 60 | Database in Government Organization | |
| Class- 61 | Data Security | |
| Class- 62 | Data Encryption |
7/1, Aurangajeb Road, Block-A ,Level-6,
Mohammadpur, Dhaka 1207, Bangladesh.
7/1, Aurangajeb Road, Block-A ,Level-6,
Mohammadpur, Dhaka 1207, Bangladesh.
7/1, Aurangajeb Road, Block-A ,Level-6,
Mohammadpur, Dhaka 1207, Bangladesh.
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