Maharashtra Board HSC Syllabus 2024: Recently Maharashtra Board tweaks to change HSC paper pattern for the 2023-2024 session. The question paper pattern will be based on a national framework curriculum as laid by the Council of Boards of School Education (COBSE).
However, these changes would be only seen in physics, chemistry, biology and mathematics subjects in a view so that students could perform well in entrance exams.
The board has taken this decision to mitigate the harm that parents and students used to face due to coaching centres. Keep reading to get a detailed Maharashtra HSC Syllabus 2024.
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Maharashtra HSC Syllabus 2024 (Subject Wise)
Hindi
| विषय | पाठ्यक्रम |
|---|---|
| गद्य | 7- कहानियाँ |
| 4- निबंध | |
| 2- हास्य व्यंग | |
| 1- विज्ञान/ पर्यावरण/ संस्मरण/ रेखाचित्र आदि | |
| पद्य | 4- मध्ययुगीन |
| 10- अर्वाचीन | |
| पूरक पठन | 6 – हिंदी विविधा पाठ |
| रचना विभाग | निबंध 200 शब्दों तक |
| सारांशलेखन | |
| पत्र लेखन- व्यावसायिक/ कार्यालयीन/ साक्षात्कार/ भेंट वार्ता/ पारिभाषिक शब्दावली/ वृतांतलेखन/ विज्ञापन/ अनुवाद/ चित्रवर्णन | |
| व्याकरण | वाक्य भेद- सरल/ संयुक्त/ मिश्र |
| कालपरिवर्तन- सामान्य/ पूर्ण/ अपूर्ण | |
| वाक्य शुद्धिकरण- मात्रा/ लिंग/ वचन/ कारक/ क्रीया | |
| मुहावरे |
English
| Unit name | Marks |
|---|---|
| Prose | 25 |
| Poetry | 8 |
| Grammer | 12 |
| Writing | 27 |
| Rapid Reading | 08 |
| Total | 80 |
Oral Test
| Test | Marks |
|---|---|
| Listening | 06 |
| Loud Reading | 04 |
| Speaking | 05 |
| Conversation | 05 |
| Total | 20 |
| Course Book (Yuvabharti) | Prose (80) pages |
| Poetory 200-250 lines | |
| Grammer | Tenses |
| Types of Sentences- Simple, Compound, Complex, Reletive Clauses | |
| Voice- Statments, questions, indirect objects, object + object complement, negetives | |
| Reported speech- Advanced level, continuous short paragraph consisting of three to four connected sentences. | |
| Uses of ‘too’ and ‘enough’- Conversion and synthesis | |
| Modal Auxiliaries- May, might, must etc . | |
| Articles- Uses and omission of a, an, the | |
| Prepositions- Indicating time, place and direction | |
| Linking words/ Discourse Makers- Use of linking words in sentences and in larger units. | |
| Word Formation- Changing word forms- Nouns, verbs, adverbs, adjectives. | |
| Infinitives, Gerunds, and Participals- Usage, and synthesis |
Also Check: NCERT Complete Details || National And International Olympiad
Science stream
Physics
| Unit Name | Topic |
|---|---|
| Circular Motion | Angular displacement |
| Aangular velocity and angular acceleration | |
| Relation between linear velocity and angular velocity | |
| Uniform circular motion | |
| Radial acceleration | |
| Centripetal and centrifugal forces | |
| Banking of roads | |
| Vertical circular motion due to earth’s gravitation | |
| Equation for velocity and energy at different positions of vertical circular motions | |
| Kinematical equations for circular motion in analogy with linear motion | |
| Gravitation | Newton’s law of gravitation |
| Projection of satellite | |
| Periodic Time | |
| Statement of Kepler’s law of motion | |
| Binding energy and escape velocity of a satellite | |
| Weightlessness condition in orbit | |
| Variation of ‘g’ due to altitude | |
| Lattitude | |
| Depth and motion | |
| Communication satellite and its uses | |
| Rational motion | Definition of MI, KE of a rotating body |
| Rolling motion | |
| Physical significance of MI, Radius of gyration | |
| Torque | |
| Principle of parallel and perpendicular axes | |
| MI of some regularly shaped bodies about specific axes | |
| Angular momentum and its conservation | |
| Oscillations | Explanations of periodic motion |
| SHM | |
| Differential equation of linear SHM | |
| Projection of UCM on any diameter | |
| Phase of SHM, KE, and PE in SHM | |
| Composition of SHM having the same period and along the same line | |
| Simple pendulum | |
| Damped SHM | |
| Elasticity | General explanation of elastic property |
| Plasticity | |
| Deformation | |
| Definition of stress and strain | |
| Hooke’s Law | |
| Poisson’s ratio | |
| Elastic Energy | |
| Elastic constants and their relation | |
| Determination of Y | |
| Behavior of metal wire under increasing load | |
| Applications of elastic behavior of materials | |
| Surface Tension | Surface tension by molecular theory |
| Surface energy | |
| Surface tension | |
| Angle of contact | |
| Capillarity and capillary action | |
| Effect of impurity and temperature on surface tension | |
| Wave Motion | Simple harmonic progressive wave |
| Reflection of transverse and longitudinal waves | |
| Change of Phase | |
| Suppression of waves | |
| Formation of Beats | |
| Doppler effect in sound | |
| Stationary Waves | Study of vibrations in a finite medium |
| Formation of stationary waves on a string | |
| Study of vibrations of air columns | |
| Free and forced vibrations | |
| Resonance | |
| Kinetic theory of gases and radiation | Concept of an ideal gas |
| Assumptions of kinetic theory | |
| Mean free path | |
| Derivation for pressure of a gas | |
| Degree of freedom | |
| Derivation of Boyle’s Law | |
| Thermodynamics- Thermal equilibrium and definition of temperature | |
| 1st and 2nd law of thermodynamics | |
| Heat engines and refrigerators | |
| Qualitative of black body radiation | |
| Wein’s displacement law | |
| Green house effect | |
| Stefan’s law | |
| Maxwell distribution | |
| Law of equipartition of energy and application to specific heat capacities of gases. | |
| Wave theory of light | Wave theory of light |
| Huygen’s principle | |
| Construction of a plane and spherical wavefront | |
| Wavefront and wave normal | |
| Reflection at a plane surface | |
| Refraction at a plane surface | |
| Polarization | |
| Polaroids | |
| Plane polarised light | |
| Brewster’s law | |
| Doppler effect in light | |
| Interference and Diffraction | Interference of light |
| Conditions for producing steady interference patterns | |
| Young’s experiment | |
| Analytical treatment of interference bonds | |
| Measurement of wavelength by prism experiment | |
| Diffraction due to single slit | |
| Rayleigh’s criterion | |
| Resolving power of a microscope and telescope | |
| Difference between interference and diffraction | |
| Electrostatics | Gaus’s Proof and application |
| Mechanical force on a unit area of a charged conductor | |
| Energy density of a medium | |
| Dielectrics and electric polarisation | |
| Concept of condenser | |
| Capacity of parllel plate condenser | |
| Effect of dielectric on capacity | |
| Energy of charged condenser | |
| Condensers in series and parallel | |
| Van- de- Graaff generator | |
| Current electricity | Kirchhoff’s law |
| Wheatstone’s bridge | |
| Meter bridge | |
| Potentiometer | |
| Magnetic effects of electric current | Ampere’s law and its applications |
| Moving coil galvanometer | |
| Ammeter | |
| Voltmeter | |
| Sensitivity of moving coil galvanometer | |
| Cyclotron | |
| Magnetism | Circular current loop of magnetic dipole |
| Magnetic dipole moment of revolving electron | |
| Magnetistation and magnetic intensity | |
| Diamagnetism | |
| Paramagnetism | |
| Ferromagnetism on the basis of domain theory | |
| Curie temperature | |
| Electromagnetic Inductions | Laws of electromagnetic induction |
| Proof of, e= dØ/ dt | |
| Eddy currents | |
| Self-induction and mutual induction | |
| Need for displacement of current | |
| Transformer | |
| Coil rotating magnetic induction | |
| Alternating currents | |
| Reactance and impedance | |
| LC oscillations (qualitative treatment only) | |
| Power in a.c circuit with resistance | |
| Inductance and capacitance | |
| Resonant circuit | |
| Wattless current | |
| AC generator | |
| Electrons and Photons | Photoelectric effect |
| Hertz and Lenard’s observations | |
| Einstein’s equation | |
| Particle nature of light | |
| Atoms, Molecules and Nuclei | Alpha particle scattering experiment |
| Rutherford’s model of atom | |
| Bohr’s model | |
| Hydrogen spectrum | |
| composition and size of nucleus | |
| Radioactivity | |
| Decay law | |
| Mass-energy relation | |
| Mass defect | |
| B.E per nucleon and its variation with mass number | |
| Nuclear fission and fusion | |
| Broglie hypothesis | |
| Matter waves- Wave nature of particles | |
| Wavelength of an electron | |
| Davisson and Germer experiment | |
| Continuous and characteristics of X-ray | |
| Semiconductors | Energy bands in solids |
| Intrinsic and extrinsic semiconductors | |
| P-type and N-type semiconductor | |
| P-N junction diode | |
| I-V characteristics in forward and reverse basis | |
| Rectifiers | |
| Zener diode as a voltage regulator | |
| Photodiode | |
| Solar Cell | |
| I-V Characteristics of LED | |
| Transistor action and its characteristics | |
| Transistor as an amplifier (CE Mode) | |
| Transistor as a switch | |
| Oscillators and Logic Gates (OR, AND, NOT, NAND, NOR) |
|
| Communication Systems | Elements of communication system |
| Bandwidth of signals | |
| Bandwidth of transmission medium | |
| Need for modulation | |
| Production and detection of an amplitude modulated wave | |
| Space Communication | |
| Propagation of electromagnetic waves in atmosphere |
Chemistry
| Unit Name | Topic | Subtopic Name |
|---|---|---|
| Solid State | Classification of solids based on different forces
(Elementary idea) |
|
| Unit cell in two dimensional and three-dimensional lattices |
||
| Calculation of density of unit cell | ||
| Packing in solids | ||
| Voids | ||
| Number of atoms per unit cell in a cubic unit cell |
||
| Point defects, electrical and magnetic properties |
||
| Band theory of metals | ||
| Conductors and semiconductors | ||
| n and p-type semi- conductors | ||
| Solutions and Colligatice Properties | Types of Solutions | |
| Expression of concentration of solids in liquids | ||
| Solubility of gases in liquids | ||
| Solid solutions | ||
| Colligative properties Relative lowering of vapor pressure |
||
| Raoult’s Law | ||
| Elevation of boiling point | ||
| Depression of freezing point | ||
| Osmotic pressure | ||
| Determination of molecular masses using colligative properties | ||
| Abnormal molecular mass | ||
| Van’t Hoff factor and calculations involving it | ||
| Chemical Thermodynamics and Energitc | Concepts of system | |
| Types of system | ||
| Surroundings, Work, Heat, Energy | ||
| Extensive and intensive properties | ||
| State functions | ||
| First Law of Thermodynamics internal energy and enthalpy |
||
| Hess Law of constant heat summation | ||
| Enthalpy of dissociation | ||
| Combustion | ||
| Formation | ||
| Atomization | ||
| Sublimation | ||
| Phase transition | ||
| Ionization of Solution and dilution | ||
| Introduction of entropy as a state function | ||
| Free energy change for spontaneous and non-spontaneous processes | ||
| Equilibrium Constant | ||
| Second and third law of thermodynamics | ||
| Electrochemistry | Redox reactions | |
| Conductance in electrolyte solution | ||
| specific and molar conductive | ||
| Kohlrausch’s Law | ||
| Electrolysis and laws of electrolysis (Elementary Idea) | ||
| Dry Cell- Electrolytic and galvanic cells | ||
| Lead accumulator | ||
| EMF of a cell | ||
| Standard electrode potential | ||
| Nernst equation and its application to chemical cells | ||
| Fuel cells | ||
| Corrosion | ||
| Relation between Gibb’s energy change and EMF of a cell | ||
| Chemical Kinetics | Rate of reaction (Avrage and instantaneous) | |
| Factors affecting the rate of reaction | ||
| Concentration | ||
| Temperature | ||
| Catalyst | ||
| Order and molecularity of a reaction | ||
| Rate law specific rate constant | ||
| integrated rate equations and half life (Only for zero and first order reactions) | ||
| The concept of collision theory (Elementary idea no mathematical treatment). | ||
| Activation energy | ||
| Arrhenius equation | ||
| General Principles and processes of isolation of elements | Principles and methods of extraction – Concentration | |
| Oxidation | ||
| Reduction | ||
| Electrolytic method and refining | ||
| Occurrence and principle of extraction of aluminum, copper zinc and iron. | ||
| p – Block elements | Group 15 elements | General Introduction |
| Electronic Configuration | ||
| Occurrence | ||
| Oxidation states | ||
| Trends in physical and chemical properties | ||
| Nitrogen- preparation | ||
| Preparation properties and uses of compounds of nitrogen | ||
| Preparation properties and uses of ammonia and nitric acid | ||
| Oxides of nitrogen (Structure only) | ||
| Phosphorous-allotropic forms | ||
| Compounds of phosphorous | ||
| Preparation and properties of phosphine | ||
| Halides (PCl3, PCl5) and oxoacids (Elementary idea only) | ||
| Group 16 elements | General Introductions | |
| Electronic configuration | ||
| Oxidation states | ||
| Occurrence | ||
| Trends in physical and chemical properties | ||
| Dioxygen- Preparation, properties, and uses | ||
| Classification of oxides, pure oxides, and ozone. | ||
| Sulphur- Allotropic forms | ||
| Compounds of sulphur | ||
| Preparation, properties, and uses of sulphur dioxide | ||
| Sulphuric acid industrial process of manufaccture properties and uses | ||
| Oxoacids of sulphur (Structure only) | ||
| Group 17 elements | General Introduction | |
| Electronic Configuration | ||
| Oxidation states | ||
| Occurrences | ||
| Trends in physical and chemical properties | ||
| Compounds of halogens | ||
| Preparation and uses of chlorine and hydrochloric acid | ||
| Interhalogen compounds | ||
| Oxoacids of Halogens (Structure only) | ||
| Group 18 elements | General introduction | |
| Electronic configuration | ||
| Occurrence | ||
| Trends in physical and chemical properties use | ||
| d and f Block elements | d- Block elements | General introduction |
| Electronic configuration | ||
| Occurrence and characteristics of transition metals | ||
| General trends in properties of the first row- metallic character ionization enthalpy | ||
| Oxidation states | ||
| Ionic Radii | ||
| Colour catalytic properties | ||
| Interstitial compounds | ||
| Alloy formation preparation and properties (K2, Cr2, O7, and KMnO4) | ||
| f- block elements | Lanthanoids-
|
|
Actinoids-
|
||
| Coordination compounds Halogen derivatives of alkanes (and arenas) |
Coordination compounds | Introduction |
| Ligands | ||
| Coordination number | ||
| Colour | ||
| Magnetic properties and shapes | ||
| IUPAC nomenclature of mononuclear coordination compounds, bonding | ||
| Werner’s Theory VBT, CFT | ||
| Isomerism (Structural and stereo) | ||
| Importance of coordination compounds ( In qualitative analysis) | ||
| Extraction of metals and biological systems | ||
| Haloalkanes | Nomenclature | |
| Nature of C-X bond | ||
| Physical and chemical properties | ||
| Mechanism of substitution reactions | ||
| stability of carbocations | ||
| R-S and d-l configuration | ||
| Haloarenes | Nature of C-X bond | |
| Substitution reaction (Directive influence of halogen for monosubstituted compounds only) | ||
| Stability of carbocations and d-l configurations | ||
| uses and environmental effects of- Dichloromethane, trichloromethane, tetrachloromethane, iodoform, freons, DDT | ||
| Alcohols, phenols and ethers | alcohols | Nomenclature |
| Methods of preparation | ||
| Physical and chemical properties (Primary alcohols only) | ||
| Identification of primary, tertiary and secondary alcohols | ||
| Phenols | Nomenclature | |
| Methods of preparation, physical and chemical properties | ||
| Acidic nature of phenol | ||
| Electrophilic substitution reaction | ||
| Uses of phenols | ||
| Ethers | Nomenclature | |
| Methods of preparation | ||
| Physical and chemical properties | ||
| Uses | ||
| Aldehydes, Ketones and Carboxylic acids | Aldehydes and Ketones | Nomenclature |
| Nature of carbonyl group | ||
| Methods of preparation | ||
| Physical and chemical properties | ||
| Mechanism and nucleophilic addition | ||
| Reactivity of alpha hydrogen in aldehydes and its uses | ||
| Carboxylic acids | Nomenclature | |
| Acidic Nature | ||
| Methods of preparation | ||
| Physical and chemical properties uses |
||
| Organic Compounds Containing Nitrogen | Nitro compounds | General Methods of preparation and chemical reactions |
| Amines | Nomenclature | |
| Classification, structure, and methods of preparation | ||
| Physical and chemical properties use | ||
| Identification of primary | ||
| Secondary and tertiary amines | ||
| Cyanides and isocyanides | Will be mentioned at relevant places in context | |
| Diazonium Salts | Preparation | |
| Chemical Reaction and importance in synthetic organic chemistry | ||
| Biomolecules | Carbohydrates | Classification (Aldoses and ketoses) |
| Monosaccharides | ||
| d-l configuration (Glucose and Fructose) | ||
| Oligosaccharides (Sucrose, Cellulose, and Maltose) | ||
| Polysaccharides (Starch, Cellulose, and Glycogen) and their importance |
||
| Proteins | Elementary idea of α- amino acids | |
| Peptide linkage | ||
| Polypeptides | ||
| Structure of amines | Primary, secondary tertiary and quaternary structure (Qualitative idea only) | |
| Denaturation of proteins | ||
| Lipids and Hormones (Elementary idea excluding structure) | Their classification and functions | |
| Vitamins | Classification and functions | |
| Nucleic acids | DNA and RNA | |
| Polymers | Classification | |
| Natural and synthetic methods of polymerization (addition and consideration) | ||
| Copolymerization | ||
Some important polymers-
|
||
| Chemisry in everyday life | Chemicals in medicines | Analgesics |
| Tranquilizers | ||
| Antiseptics | ||
| Disinfectants | ||
| Antimicrobials | ||
| Antifertility drugs | ||
| Antacids | ||
| Antihistamines | ||
| Elementary idea of antioxidants | ||
| Chemicals in food | Preservatives | |
| Artificial Sweetening agents | ||
| Cleansing agents | Soaps and detergents | |
| Cleansing action | ||
Biology
| Section Name | Unit Name | Chapter Name | Topic Name |
|---|---|---|---|
| Section 1 Botany | Genetics and evolution | Genetics Basis of Inheritance | Mendelian inheritance |
| Deviations from Mendelian ratio (Gene interaction- incomplete dominance, co-dominance, multiple alleles and inheritance of blood groups) | |||
| Pleiotropy | |||
| elementary idea of polygenic inheritance | |||
| Gene: Its nature, expression and regulation | Mordern concept of gene in brief- cristron | ||
| Muton and recon | |||
| DNA as genetics | |||
| Plant Physiology | Photosynthesis | Autotrophic nutrition | |
| Site of photosynthesis | |||
| Photosynthetic pigments and their role | |||
| Light-dependent reactions (Photophosphorylation) | |||
| Light-independent reactions(C3 and C4 pathways ) | |||
| Chemiosmotic hypothesis | |||
| Photroes piration | |||
| Factors affecting photosynthesis | |||
| Law of limiting factors | |||
| Respiration | ATP as currency of energy | ||
| Mechanism of aerobic (Glycosis TCA Cycle and electron transport system) and anaerobic respiration | |||
| Fermentation and exchange of gases | |||
| Amphibolic pathway | |||
| Respiratory quotient of Nutrients | |||
| Significance of Respiration | |||
| Reproduction in Organisms | Reproduction in Plants | Modes Of Reproduction (Asexual and Sexual Reproduction) | |
| Asexual reproduction: Uniparental Modes-vegetative propogation | |||
| Micropropagation | |||
| Sexual Reproduction- Structure of a flower | |||
| Development of a gametophyte | |||
| Pollination- Types and Agencies | |||
| Outbreeding devices | |||
| Pollen Pistil Interaction | |||
| Double Fertilization- Process and significance | |||
| Post-fertilization changes (Development of endosperm and embryo) | |||
| Development of seed and formation of fruit | |||
| Special Modes- Apomixis | |||
| Parthenocarpy | |||
| Polyembryony | |||
| The significance of seed and fruit formation | |||
| Ecology and Environment | Organisms and Environment-1 | Habitat and Niche | |
| Ecosystems: Patterns and components | |||
| Productivity and decomposition | |||
| Energy flow | |||
| Pyramids of number | |||
| Biomass | |||
| Energy | |||
| Nutrient cycling (Carbon and Phosphorous) | |||
| Ecological Succession | |||
| Ecological Services- Carbon Fixation | |||
| Pollination | |||
| Oxygen release | |||
| Environmental issues: agrochemicals and their effects | |||
| Solid Waste Managment | |||
| Greenhouse effect and global warming | |||
| Ozone Depletion | |||
| Deforestation (Case study any 2) | |||
| Zoology | Genetics and Evolution | Origin and the evaluation of life | Origin of life: Early Earth |
| Spontaneous assembly of organic compounds | |||
| Evolution: Darvin’s Contribution | |||
| Modern synthetic theory of evolution | |||
| Biological evidencees | |||
| Machcnism of evolution gene flow and genetic drift | |||
| Hardy- Weinberg principle | |||
| Adaptive radiation | |||
| Origin and evolution of human beings | |||
| Chromosomal Basis of Inheritence | The Chorosomal Theory | ||
| Chorosomes | |||
| Linkage and crossing over | |||
| Sex-linked inheritance (Hemophilia and color blindness ) | |||
| Sex determination in human beings, birds and honey bee | |||
| Mendelian disorders in humans | |||
| Thalassemia | |||
| Chromosomal Disorders in humans Down’s Syndrome Turner’s Syndrome and Klinefelter’s syndrome |
|||
| Biotechnology and its application | Genetic Engineering And genomics | DNA finger printing | |
| Genomics and human genome | |||
| Project Biotechnological application in health | |||
| Human insulin and vacine production | |||
| Gene Theory | |||
| Transgenic animals | |||
| Biology and human welfare | Human Health and diseases | Concepts of Immunology: Immunity types, Vaccines | |
| Structure of antibody | |||
| Antigens- Antibody complex | |||
| Antigens on blood cells | |||
| Pathogens and Parasites (Amoebiasis, malaria, Filarasis, Ascariasis, Typhoid, Pneumonia, Common cold and ringworm) | |||
| Adolescences, Drug and alcohol abuse | |||
| Cancer and AIDS | |||
| Animal Husbandry | Management of farm and farm animals | ||
| Dairy | |||
| Poultry | |||
| Animal Breeding | |||
| Bee- keeping | |||
| Fisheries | |||
| Sericulture | |||
| Lac Culture | |||
| Human Physiology | Circulation | Blood Composition and Coagulation | |
| Blood Groups | |||
| Structure and pumping action of heart | |||
| Blood Vessels | |||
| Pulmonary and systematic circulation | |||
| Heart Beat and pulse | |||
| Rythemicity of heart beat | |||
| Cardiac output | |||
| Regulation of cardiac activity | |||
| Blood-related disorders : | |||
| Hypertension | |||
| Cotonary artery disease | |||
| Agina | |||
| Pectoris | |||
| Heart failure | |||
| ECG | |||
| Lymphatic system (Brief Idea) | |||
| Compositions of lymph and its functions | |||
| Excretion and osmoregulation | Modes of excretion | ||
| Ammonotelism | |||
| Ureotelism | |||
| Uricotelism | |||
| Excretory system | |||
| Comoosition and formation of urine | |||
| Role of kideney in osmoregulation | |||
| Regulation of kideny founction | |||
| Renin- angiotensin | |||
| Artial Natriuretic factor | |||
| ADH and Diabetes inspidus | |||
| Role of other organs in excretion | |||
| Disorders: | |||
| Kidney Failure | |||
| Dailysis | |||
| Kideny stone (Renal Calculi) | |||
| Transplantition | |||
| Uraemia | |||
| Nephritis | |||
| Control and coordination | Nervous System | ||
| Structure and founctions of brain and spinal cord | |||
| Brief idea about PNS and ANS | |||
| Transmission of Nerve imforlse | |||
| Reflex action | |||
| Sensory receptors eye and ear | |||
| Sensory perception | |||
| General idea of other sense organs | |||
| Endocrine System | |||
| Endocrine glands | |||
| Hormones and their founction | |||
| Harmones as messengers and regulators | |||
| Harmonal Imbalnce and diseases | |||
| Common Disorders (Dwarfism, Acromegaly, Cretinism, Goiter, Exophthalmic goiter, Diabetes, Mellitus, Addison’s Disease) | |||
| Reproduction in organisms | Human Reproduction | reproductive system in male and female | |
| Histology of testis and ovary | |||
| Reproductive Cycle | |||
| Production of gametes | |||
| Fertilization | |||
| Implantation | |||
| Embryo development up to three germinal layers | |||
| Pregnancy | |||
| Placenta | |||
| Parturition and lactation (Elementary idea) | |||
| Reproductive health and birth control | |||
| Contraception and sexually transmitted diseases | |||
| MTP | |||
| Amniocentesis Infertility and assisted reproductive technologies (IVF, ZIFT, GIFT ( elementary idea for general awareness). | |||
| Ecology and environment | Organisms and Envioronment 2 | Population and ecological adaptation: | |
| Population interactions- mutualism | |||
| Competition | |||
| Predation | |||
| Parasitism | |||
| Population Attributes- Growth birth rate and death rate, age distribution | |||
| Biodiversity and its conservation | |||
| Biodiversity: Concept Pattern Importance and loss 1 | |||
| Threats to biodiversity and need for conservation | |||
| Hotspots and endangered organisms | |||
| Extinction | |||
| Red data book | |||
| Biosphere reserves | |||
| National park and Sanctuaries | |||
| Environmental issues: | |||
| Air Pollution and its control | |||
| Water pollution and its control | |||
| Radioactive waste management (Case studies any two) |
Maharashtra Board HSC Syllabus 2024 Pdf
Candidates who are going to appear for March exams, before beginning the exam preparation make sure to be fully aware of Maha HSC Syllabus 2024 changes that have been introduced recently.
Though the board has only changed the major subject’s curriculum so that students could perform better in the entrance exams. Along with the change in major subjects curriculum, the board has also changed the weightage of some of the topics.
Career Guide After 10th 12th || NCERT Reference Books
Thus before appearing in board exams, make sure to be familiar with the latest pattern Maharashtra Board 12th Syllabus. As per the findings, 20% of the questions are categorized under the “Difficult” category in all of the four subjects and around 50% will be in the “average category”.
Maharashtra Board 12th Syllabus 2024
Moreover, for this session (2024), the difficulty level of the questions may go up, at present the board used to give a lot of options like attempting any three out of the five questions.
Also Check: Maharashtra Board HSC Time Table
Now the options may be less, thus due to the change in the exam pattern students are required to be focused from the beginning.
Prepare for 12th Class Board Exams with the latest trend Papers !! Click Here
MSBSHSE HSC New Syllabus 2024 Subjects
Candidates who are going to appear for the Maharashtra Board exam for the upcoming session exams, in order to provide you with the latest pattern Maharashtra 12th Class Syllabus syllabus here we have shared the files.
| Subjects |
|---|
| English Literature |
| Health & Physical Edu. |
Remark: Hope the information that we have conveyed on Maharashtra Board HSC Syllabus 2024 is worth to share, for more such updates stay tuned with us.
No sanskrit