The Best Class 12 Maharashtra Board Maths + Chemistry + Biology + Physics Handwritten Notes
4 books · Full colour · 66 chapters
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Yes , these books is very good and helpfulfor me in any exam. I request to NCERTKaksha plese make short tricks formulas or Notes for MHT CET
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Excellent note for best preparation for board exam and it's also helpful for revision before exam
The Formula notes are very precise which is quite helpful for a last minute formulas revision.
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Great and precise presentation of the notes.
Why Choose Our Formula Sheet / Short Notes?
Overcome these challenges and boost your marks
- Vast SyllabusStruggling to cover and revise key formulas.
- Time PressureDifficulty balancing school and Self Preparation.
- Exam StressRisk of forgetting crucial formulas under pressure.
- Resource GapsLack of concise & organized study materials.
- Expertly DesignedCreated by toppers, IITian, NITian, NEET rankers.
- Visual LearningColor-coded with diagrams for enhanced retention.
- ConciseRevise a chapter in 15 Minutes.
- Exam FocusedAlso included the formulas which are asked in Board Exams & popular competitive exams.
This Formula Sheet / Short Notes help you to score more in your Board Exams.
Maths, Chemistry, Biology and Physics in One Pack
Every book has its own chapters and quick revision pages. Here is what is inside each one.
Open the book. These are the real pages.
Straight from the book, nothing redrawn. Tap any page to zoom.
The index lists 15 chapters in two parts, then Mathematical Logic opens with AND and OR truth tables.
The boxes students revise first
Built into the chapters. Tap a box to zoom.
Each formula in its own coloured box, such as a derivative paired with its integral.
A NOTE label with short coloured callouts for special cases to remember.
Each reaction drawn in its own coloured box, with reagents on the arrow and a name under each structure.
Each formula in a coloured box, with a short key to its symbols beside it.
A colour diagram with labels, and a red handwritten caption with an arrow.
A NOTE label with short bullet points of facts to remember.
Each formula sits in a coloured box under a highlighted name.
A small diagram beside the formulas, with a red arrow pointing to it.
1 of 8
All 66 chapters, and what each one covers
Tap a chapter to see its topics.
1. Mathematical LogicMaths
Logical operators, Conjunction (AND), Disjunction (OR), Negation (NOT), Truth tables.
2. MatricesMaths
Types of matrices, Transpose and its properties, Symmetric and skew-symmetric, Operations on matrices, Invertible matrices, Elementary operations.
3. Trigonometric FunctionsMaths
Inverse trig domain and range, Principal and general values, Properties of inverse functions, Addition formulas, Substitutions.
4. Pair of Straight LinesMaths
Octants and axes, Distance and section formula, Slope of a line, Forms of a line equation, Distance from a point to a line, Concurrency.
5. VectorsMaths
Direction cosines, Types of vectors, Section formula, Dot product and projection, Cross product, Scalar triple product.
6. Line and PlaneMaths
Skew lines, Vector and Cartesian equations of a line, Shortest distance, Equations of a plane, Angle between planes, Coplanar lines.
7. Linear ProgrammingMaths
Formation of an LPP, Objective function, Constraints, Feasible region, Corner point method.
8. DifferentiationMaths
Differentiability, Left and right derivatives, Algebra of derivatives, Chain rule, Standard derivatives, Parametric and logarithmic differentiation.
9. Application of DerivativesMaths
Rate of change, Increasing and decreasing functions, Tangent and normal, Approximation, Maxima and minima, Area and volume formulas.
10. Indefinite IntegrationMaths
Derivative and integral pairs, Substitution method, Standard forms, Partial fractions, Integration by parts, Powers of sin and cos.
11. Definite IntegrationMaths
Fundamental theorems of calculus, Limit of a sum, Properties of definite integrals, Wallis formula, Newton-Leibniz formula.
12. Application of Definite IntegrationMaths
Area under a curve, Area between two curves.
13. Differential EquationsMaths
Order and degree, Linear and non-linear, General and particular solution, Variable separable form, Homogeneous equations, Linear first order.
14. Probability DistributionsMaths
Random variable, Probability distribution, Cumulative distribution function, Mean and variance, Probability density function.
15. Binomial TheoremMaths
Factorial and permutations, Combinations, Binomial coefficient, Binomial distribution, Mean and variance, Shape of the distribution.
1. Solid StateChemistry
Crystalline and amorphous solids, Seven crystal systems, Types of unit cell, Density of unit cell, Packing efficiency, Radius ratio.
2. SolutionsChemistry
Concentration terms, Henry's law, Raoult's law, Colligative properties, Osmotic pressure, Van't Hoff factor.
3. Ionic EquilibriaChemistry
Law of mass action, Kc and Kp, Van't Hoff equation, pH and pOH, Henderson's equation, Dissociation constants.
4. Chemical ThermodynamicsChemistry
Work and internal energy, First law, Enthalpy, Hess's law, Entropy, Gibbs energy.
5. ElectrochemistryChemistry
EMF of a cell, Nernst equation, Molar conductivity, Kohlrausch's law, Concentration cells, Faraday's laws.
6. Chemical KineticsChemistry
Rate of reaction, Order of reaction, Integrated rate equations, Half life, Arrhenius equation, Collision theory.
7. Elements of Group 16, 17 and 18Chemistry
p-block elements, Group 16 configurations, Group 17 configurations, Group 18 configurations, Chalcogens and halogens.
8. Transition and Inner Transition ElementsChemistry
d-block series 3d to 6d, Electronic configurations, Magnetic moment, Uses of d-block metals, Lanthanoids, Actinoids.
9. Coordination CompoundsChemistry
Hybridisation types, Shapes of complexes, Colour of complexes, Naming of complexes, Stability constants.
10. Modern Periodic TableChemistry
Periodicity, Moseley's law, Covalent radius, Effective nuclear charge, Electronegativity scales, Atomic volume.
11. Electronic Configuration of ElementsChemistry
Charge to mass ratio, Photon energy, de Broglie wavelength, Rydberg equation, Quantum numbers, Bohr model.
12. Logarithms and AntilogarithmsChemistry
Logarithm tables, Antilogarithm tables, Mean difference columns.
13. Halogen DerivativesChemistry
Swarts reaction, Sandmeyer reaction, Finkelstein reaction, Wurtz and Fittig reactions, Friedel-Crafts reaction, Hunsdiecker reaction.
14. Alcohols, Phenols and EthersChemistry
Kolbe's reaction, Williamson synthesis, Reimer-Tiemann reaction, Raschig process, Dow's process.
15. Aldehydes, Ketones and Carboxylic AcidsChemistry
Rosenmund reaction, Stephen reaction, Etard reaction, Clemmensen reduction, Aldol condensation, Cannizzaro reaction.
16. AminesChemistry
Gabriel phthalimide synthesis, Hoffmann bromamide reaction, Carbylamine reaction, Basic strength and pKb.
17. BiomoleculesChemistry
Carbohydrates, Preparation of glucose, Structure of glucose, Structure of fructose, Structure of cellulose, DNA and RNA.
18. Introduction to Polymer ChemistryChemistry
Types of polymers, Addition and condensation polymers, Elastomers, Fibres, Thermoplastic and thermosetting, Molecular mass of polymers.
19. Green Chemistry and NanochemistryChemistry
12 principles of green chemistry, Atom economy, Use of catalysts, Nanomaterial dimensions, Nanoparticle features, Top-down and bottom-up synthesis.
20. Functional Groups of Organic CompoundsChemistry
Alkenes, Alkynes, Benzene, Alcohols and ethers, Amines, Aldehydes, ketones and carboxylic acids.
1. Reproduction in Lower and Higher PlantsBiology
Parts of a flower, Structure of anther and pollen grain, Ovule and embryo sac, Types of pollination, Double fertilisation, Seed and fruit formation.
2. Reproduction in Lower and Higher AnimalsBiology
Male reproductive system, Female reproductive system, Parturition and lactation, Reproductive health, Population growth, Birth control and STDs.
3. Inheritance and VariationBiology
Mendel's laws, Monohybrid cross, Dominance and co-dominance, Dihybrid cross, Sex determination, Pedigree analysis.
4. Molecular Basis of InheritanceBiology
Structure of DNA and RNA, Double helix, Packaging of DNA, Griffith's experiment, Genetic material.
5. Origin and Evolution of LifeBiology
Theories of origin of life, Miller's experiment, Evidences of evolution, Natural selection, Adaptive radiation, Human evolution.
6. Plant Water RelationBiology
Importance of water, Properties of water, Diffusion, Osmosis, Water potential, Cohesion and adhesion.
7. Plant Growth and Mineral NutritionBiology
Growth and meristems, Phases of growth, Measuring growth.
8. Respiration and CirculationBiology
Transport of gases, Oxygen dissociation curve, Respiratory disorders, Blood and body fluids, Blood groups, Heart and cardiac cycle.
9. Control and Co-ordinationBiology
Neural system, Structure of a neuron, Nerve impulse, Synapse, Human brain.
10. Human Health and DiseasesBiology
11. Enhancement of Food ProductionBiology
Animal husbandry, Cattle breeds, Poultry, Bee-keeping, Fish farming, Plant breeding.
12. BiotechnologyBiology
Principles of biotechnology, Restriction enzymes, Cloning vectors, PCR, Bioreactors, Applications in medicine.
13. Organisms and PopulationsBiology
Organism and population, Population attributes, Age pyramids, Population growth, Exponential and logistic growth.
14. Ecosystems and Energy FlowBiology
15. Biodiversity, Conservation and Environmental IssuesBiology
Levels of biodiversity, Patterns of biodiversity, Species-area relationship, Loss of biodiversity, Conservation, Pollution and greenhouse effect.
1. Rotational DynamicsPhysics
Centre of mass, Torque and angular momentum, Moment of inertia, Parallel and perpendicular axis theorems, Rolling on an inclined plane.
2. Mechanical Properties of FluidsPhysics
Pressure and gravity, Viscosity and Reynolds number, Terminal velocity, Bernoulli's theorem, Surface tension, Capillary rise.
3. Kinetic Theory of Gases and RadiationPhysics
Boyle's and Charles' laws, Ideal gas equation, Dalton's law, rms speed, Equipartition of energy, Mean free path.
4. ThermodynamicsPhysics
First law, Mayer's formula, Isothermal and adiabatic processes, Cyclic process, Heat engine, Carnot cycle.
5. OscillationsPhysics
S.H.M. equations, Energy in S.H.M., Spring and pendulum, Damped oscillations, Forced oscillations and resonance.
6. Superposition of WavesPhysics
Wave speed, Wave equation, Speed of sound in solids and gases, Stationary waves, Beats, Doppler effect.
7. Wave OpticsPhysics
Huygens' principle, Interference, Fringe width, Single slit diffraction, Resolving power, Malus' law.
8. ElectrostaticsPhysics
Coulomb's law, Electric field, Gauss's law, Electric dipole, Electric potential, Capacitors and dielectrics.
9. Current ElectricityPhysics
Ohm's law, Resistivity, Drift velocity, Kirchhoff's laws, Wheatstone and meter bridge, Potentiometer.
10. Magnetic Fields due to Electric CurrentPhysics
Biot-Savart law, Ampere's circuital law, Solenoid, Lorentz force, Cyclotron, Force between parallel currents.
11. Magnetic MaterialsPhysics
Bar magnet as a solenoid, Earth's magnetic field, Magnetisation, Permeability and susceptibility, Curie's law.
12. Electromagnetic InductionPhysics
Magnetic flux, Induced EMF, Motional EMF, Self and mutual inductance, Energy stored in a coil.
13. AC CircuitsPhysics
Mean and rms values, Reactance and impedance, LCR resonance, Power factor, Transformer, LC oscillations.
14. Dual Nature of Radiation and MatterPhysics
Photoelectric equation, Threshold frequency, Photon momentum, de Broglie wavelength, Bragg equation, Heisenberg principle.
15. Structure of Atoms and NucleiPhysics
Bohr's model, Spectral series, Nuclear size, Binding energy, Radioactive decay, Half life.
16. Semiconductor DevicesPhysics
Zener diode, Transistor characteristics, Current gain, n-type and p-type, Logic gates, Truth tables.
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We teach Class 9 to 12 students on our YouTube channel. These notes are written by IITians, NITians and NEET toppers.
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