1. Methods Of Expressing Concentration Of Solution - p1
2. Methods Of Expressing Concentration Of Solution - p2
3. Methods Of Expressing Concentration Of Solution - p3
4.Henry's Law
5.Vapour Pressure
6.Raoult's Law
7.Numericals Based On Raoult's Law
8.Ideal And Non Ideal Solution
10.Azeotropes
9.Ideal And Non Ideal Solution Part 2
11.Colligative Properties
12.Elevation Of Boiling Point
13.Numerical Problems
14.Osmosis
15.Isotonic,Hypotonic
16.Ncert Question
17.Vant's Hoff Factor
1. Galvanic Cell
2. Representation of Galvanic Cell
3. Electrode Potential
4. Standard EMF Calculation
5. Nernest Equation for Half cell Potential
6. Nernest Equation for cell Potential
7. Calculation of Equilibrium Constant and Standard Energy
8. Conductivity and Molar Conductivity
9. Variation of MOlar Conductivity
10. Kohlarauches Law
11. Electrolysis and product of Electrolysis
12. Faraday's Second Law of Electrolysis
13. Primary Cells
14. Secondary Cells
1. Introduction
2. Rate of a chemical reaction
3. Order of a chemical reaction
4. Molecularity of a chemical reaction
5. Integrated rate equation - I
Part1-5.pdf
6. Integrated rate equation - II
7. Half-life of a reaction I
8. Half-life of a reaction - II
9. Arrhenius equation - I
10. Arrhenius equation - II
Part 6-10.pdf
11. Arrhenius equation - III
11. Arrhenius equation - III.pdf
12. Effect of catalyst and collision theory
2. Electronic Configuration of Transition elements
3. Atomic and Ionic Radii
4. Melting and Boiling Point
5. Oxidation State
6. Paramagnetic property
7. Formation of Coloured Compound
8. Interstitial Compounds
9. Ionisation Enthalpy
10. Oxide & Hallide
11. Nature of Oxides
12. Standard reduction Potential
13. Potassium Dichromate
14. Oxidising Action of K2CR2O7
15. Potassium Permanganate
16. F block Elements
17. Electronic Configuration of f block elements
18. Lanthanoid Contraction
19. Chemical Properties
20. Perious year Questions
THE D AND F BLOCK ELEMENTS.PDF
1. Introduction.pdf
2. Types of Ligants
2. Types of Ligants.pdf
3. Werner Theory
3.A. IUPAC Nomenclature
3.A. IUPAC Nomenclature.PDF
4. Structural Isomerism in Coordination Compound
4. Structural Isomerism in Coordination Compound.pdf
5. Geometrical Isomerism
5. Geometrical Isomerism.pdf
6. Optical Isomerism
7. Valence Bond Theory (VBT 01)
8. Valence Bond Theory (VBT 02)
Part 6 - 8 .pdf
9. Valence Bond Theory (VBT 03)
9. Valence Bond Theory (VBT 03) .PDF
10. Crystal field Theory
10. Crystal field Theory .PDF
11. Part 11
11. Part 11.pdf
12. Colour of Coordination Complex
12. Colour of Coordination Complex.pdf
13. Application of Co ordination Compounds
13. Application of Co ordination Compounds.pdf
14. Part 14
14. Part 14.pdf
1. Introduction .PDF
2. Preparation of Haloalkanes - A
2. Preparation of Haloalkanes - A.pdf
3. Preparation of Haloalkanes - B
3. Preparation of Haloalkanes - B.pdf
4. Nucleophilic Substitution Reaction
4. Nucleophilic Substitution Reaction.PDF
5. Biomolecular
5. Biomolecular.PDF
6. Optical Isomerism.PDF
7. Grignard reagent & beta elimination reaction
7. Grignard reagent & beta elimination reaction.PDF
8. Haloarnes preparation
8. Haloarnes preparation.PDF
9. Nucleophilic Substitution of Haloarenes
9. Nucleophilic Substitution of Haloarenes.PDF
10. Electrophilic substitution of Haloarenes
10. Electrophilic substitution of Haloarenes.PDF
11. Reaction with Metal
11. Reaction with Metal .pdf
INTODUCTION
INTRODUCTION.PDF
2. Preparation of Alcohol
PART 3
PART 2.PDF
PART 3.PDF
PART 4
PART 4.PDF
5. Reaction involving C-O bond in Alcohol
5. Reaction involving C-O bond in Alcohol .PDF
6. Mechanism of Dehydration Reaction
6. Mechanism of Dehydration Reaction.PDF
7. Industrial Preparation of ethanol and Methanol
7. Industrial Preparation of ethanol and Methanol.PDF
8. IUPAC Nonenclature of Phenols
8. IUPAC Nonenclature of Phenols.pdf
9. Preparation of Phenols
9. Preparation of Phenols.pdf
10. Acidic Nature of Phenols
10. Acidic Nature of Phenols.pdf
11. Electrophilic Substitution Reaction
11. Electrophilic Substitution Reaction.pdf
12. Preparation of Ethers
12. Preparation of Ethers.PDF
13. Properties of Ethers
13. Properties of Ethers.PDF
1. Introduction.PDF
2. Preparation of Alcohol.PDF
2. Preparation Of Amines And Pyq
2. Preparation Of Amines And Pyq.PDF
3. Physical Property And Chemical Property Of Amines
3. Physical Property And Chemical Property Of Amines.PDF
4. Chemical Properties Of Amines
4. Chemical Properties Of Amines.PDF
5. Structure Basicity Relationship Of Amines
5. Structure Basicity Relationship Of Amines .PDF
6. Electrophilic Substitution
6. Electrophilic Substitution.PDF
7. Diazonium Salts
7. Diazonium Salts.PDF
1. Carbohydrates and Classifications
2. Classification of Carbohydrates
2. Classification of Carbohydrates.PDF
4. Structure of Glucose.PDF
5. Structure of Fructose.PDF
6. Disaccharides
6. Disaccharides.PDF
7. Vitamines and Harmones
1. Carbohydrates and Classifications.PDF
3. Preparation of Glucose
3. Preparation of Glucose.PDF
4. Structure of Glucose
5. Structure of Fructose
7. Vitamines and Harmones.PDF
8. Amino Acids
8. Amino Acids.PDF
1.Electric Charges Introduction
2.Properties Of Electric Charges
3.Conductors,Insulators
4.Electric Field Intensity
5.Electric Flux
6.Uniform Electric Field
7.Charge Density
8.Gauss's Law
1. Electric Potential Due to a Point Charge
1. Electric Potential Due to a Point Charge . PDF
2. Electric Potential Due to an Electric Dipole
2. Electric Potential Due to an Electric Dipole.pdf
3. Equipotential Surface
3. Equipotential Surface .pdf
4. Basic Questions
4. Basic Questions .pdf
5. Potential Energy of a System of Charges
5. Potential Energy of a System of Charges.pdf
6. Potential Energy of a Dipole in External Electric Field
6. Potential Energy of a Dipole in External Electric Field.pdf
7. Electrostatics of Conductors and Polarisation
7. Electrostatics of Conductors and Polarisation.pdf
8. Principle of Capacitor
8. Principle of Capacitor .pdf
9. Capacitance of a Parallel Plate Capacitor
9. Capacitance of a Parallel Plate Capacitor.pdf
10. Effect of Dielectric on Capacitance
10. Effect of Dielectric on Capacitance.PDF
11. Combination of Capacitors
11. Combination of Capacitors.PDF
12. Energy Stored in a Capacitor
12. Energy Stored in a Capacitor.PDF
2. Electric Current
3. Ohms Law and Resistivity
4. Drift Velocity
5. Relation between drift velocity and current density
6. Limitations of ohms law, temperature dependence of resistivity
7. Cells,emf and internal resistance
8. Kirchhoffs law, whetstone bridge
1. Biot Savart Law
2. Application of Biot Savart Law
3. Direction of Magnetic Field
4. Force in Magnetic Field
5. Fleming's Left Hand Rule
6. Force Between Parallel Conductors
7. Moving Coil Galvanometer
8. The Magentic Dipole
9. Amperse's Circuital Law
10.1 Question Discussion
10.2 Question Discussion
2. Properties of Magnet
3. Magnetic Dipole
4. Field Lines
5. Magnetic field due to a dipole
5. Magnetic field due to a dipole .PDF
6. Bending and joining of magnets
6. Bending and joining of magnets.PDF
7. Magnetisation & Magnetic Intensity
7. Magnetisation & Magnetic Intensity.pdf
8. Magnetic Materials
8. Magnetic Materials .pdf
9. Properties of Magnetic Substances
9. Properties of Magnetic Substances.PDF
10. Question Discussion
10. Question Discussion .PDF
10. Question Discussion Level 1 Part-2
10. Question Discussion Level 1 Part-2.pdf
MAGNETISM AND MATTER 1 .pdf
1. Farady's Law of Electromagnetic induction
1. Farady's Law of Electromagnetic induction.PDF
2. Motional EMF
2. Motional EMF.PDF
3. Rotational EMF
3. Rotational EMF.PDF
4. Self Induction
4. Self Induction.PDF
5. Mutual Induction
5. Mutual Induction.PDF
6. Energy Stored in an Inductor
6. Energy Stored in an Inductor.PDF
7. Energy Consideration
7. Energy Consideration.PDF
8. Graphical Representation
8. Graphical Representation.PDF
9. Ac Generator
9. Ac Generator.PDF
1. Alternating Current - Alternating Voltage
1. Alternating Current - Alternating Voltage.PDF
2. RMS value of AC and Phasor Diagram
3. AC Through Resistor - Graph - Power Developed in Resistor - Questions
4. AC through an Inductor, Pasor Diagram , Average Power - Questions
4. AC through an Inductor, Pasor Diagram , Average Power - Questions.PDF
5. AC through Capacitor - Phasor Diagram - Graph - Average Power
5. AC through Capacitor - Phasor Diagram - Graph - Average Power.pdf
6. LCR Circuit - Impedance - Power Factor - Average Power
6. LCR Circuit - Impedance - Power Factor - Average Power.pdf
7. Transformer - Equations - Energy Losses in Transformer
7. Transformer - Equations - Energy Losses in Transformer .pdf
8. Question Discussion Part-1
8. Question Discussion Part-2
8. Question Discussion Part-2.pdf
8. Question Discussion Part-1.pdf
2. Mirror
2. Mirror.pdf
3. Focal Length of Spherical Mirrors
3. Focal Length of Spherical Mirrors.pdf
4. Image Formation in Spherical Mirrors
4. Image Formation in Spherical Mirrors.pdf
5. Magnifiction
5. Magnifiction.PDF
6. Refraction
6. Refraction.PDF
7. Refractive Index
7. Refractive Index.PDF
8. Lateral shift
8. Lateral shift.PDF
9. Refraction At A Spherical Surface
9. Refraction At A Spherical Surface.PDF
10. Refraction Through Prism
10. Refraction Through Prism.PDF
11. Optical Instruments
11. Optical Instruments.PDF
1. Displacement Current - Ampere Maxwell Equation
1. Displacement Current - Ampere Maxwell Equation.pdf
2. Source of EM Waves - Nature of EM Waves
2. Source of EM Waves - Nature of EM Waves.PDF
3. Properties of EM Waves
3. Properties of EM Waves.PDF
4. Electromagnetic Spectrum
4. Electromagnetic Spectrum .PDF
1. Wavefront
1. Wavefront.pdf
2. Huygens Principle
2. Huygens Principle.pdf
3. Law of Reflection using Huygens Principle
3. Law of Reflection using Huygens Principle.pdf
4. Law of Refraction
4. Law of Refraction .pdf
5. Interference of Light
5. Interference of Light.pdf
6. Yound Double Slit Experiment
6. Yound Double Slit Experiment .pdf
7. Diffraction
7. Diffraction.pdf
8. Polarisation of Lights
8. Polarisation of Lights.pdf
1. Emissions and Types of Emission - Work Function
1. Emissions and Types of Emission - Work Function .PDF
2. Hertz and Lenard Experiment - Effect of intensity on Photoetric Currrent
2. Hertz and Lenard Experiment - Effect of intensity on Photoetric Currrent.PDF
3. Effect of Potential on Photo Electric Effect
3. Effect of Potential on Photo Electric Effect.PDF
4. Effect of Frequency - Laws of Photo Eletric Effect
4. Effect of Frequency - Laws of Photo Eletric Effect.PDF
5. Einstein Photoerlectric Equation - Concept of Photon - Dual Nature of Light - Debroglie Equation
5. Einstein Photoerlectric Equation - Concept of Photon - Dual Nature of Light - Debroglie Equations.PDF
1.CLASSIFICATION OF MATERIALS
1.CLASSIFICATION OF MATERIALS.PDF
2.ENERGY BAND DIAGRAM
2.ENERGY BAND DIAGRAM.PDF
3. Extrinsic Semiconductors
3. Extrinsic Semiconductors.pdf
4. P - n - Junction Diode
4. P - n - Junction Diode.pdf
5. Revers Biasing
5. Revers Biasing.PDF
6. Rectification
6. Rectification.PDF
1. Rutherford’s Nuclear Model of Atom
1. Rutherford’s Nuclear Model of Atom.PDF
2. IMPACT Parameter
2. IMPACT Parameter.PDF
3. LIMITATION OF RUTEHERFORD S MODEL
3. LIMITATION OF RUTEHERFORD S MODEL.PDF
4. EXPRESSION FOR RADIUS OF ELECTROL IN 10TH ORBIT
4. EXPRESSION FOR RADIUS OF ELECTROL IN 10TH ORBIT.PDF
5. HYDROGEN SPECTRUM
5. HYDROGEN SPECTRUM.PDF
1. Composition of Nucles
2. Size of Nucleus
2. Size of Nucleus.PDF
3. Mass Defect
3. Mass Defect.PDF
4. Nuclear Force
4. Nuclear Force.PDF
5. Nuclear Fission and Fussion
5. Nuclear Fission and Fussion.PDF
1.INTRODUCTION
2. Male Reproductive System 1
3. Male Reproductive System 2
4. Female Reproductive System
5. Mammary Glands
6. Endocrine Control of Spermatogenesis
7. Process of Spermatogensis
8. Structure of Sperm
9.Oogenisis
10.Follicular development
HUMAN REPRODUCTION (P1 - P10).Pdf
2. Problems and Strategies
3. Population stabilisation and birth control
4. Birth Control Measures
REPRODUCTIVE HEALTH.PDF
5. MTP+ STI
5. MTP+ STI.pdf
6. Infertility
6.Infertility.pdf
1. Genetics
2. Mendelian Law of Inheritance
3. Monohybrid Cross
4. Test Cross and Back Cross
5. Dihybrid Cross
6. Concept of Dominance
7. Non Mendelian Inheritance Part-1
7. Non Mendelian Inheritance part -2
8. Chromosomal Theory of Inheritance
11. Dihybrid Cross in Drosophila
10. Linkage and Combination
12. Gene Maping and Mutation Part-1
13. Sex Determinatiion
14. Pedigree Analysis
15. Genetic Disorder - Hemophilia
16. Genetic Disorder - Autosomal Ricessive
17. Chromosomal Disaorder
PRINCIPLES OF INHERITANCE AND VARIATION (P1 - P2 ).PDF
3. Monohybrid Cross.pdf
4. Test Cross and Back Cross.pdf
5. Dihybrid Cross.pdf
6. Concept of Dominance .pdf
7. Non Mendelian Inheritance Part-1.pdf
7. Non Mendelian Inheritance part 2.pdf
8. Chromosomal Theory of Inheritance .pdf
Part 10-17.pdf
1. Search for Genetic Material Experiment PART-1
1. Search for Genetic Material Experiment PART-2
1. Search for Genetic Material Experiment PART-3
1. Search for Genetic Material Experiment PART-1 (PDF)
1. Search for Genetic Material Experiment PART-2 (PDF)
1. Search for Genetic Material Experiment PART-3 (PDF)
2.NUCLEIC ACID
2.NUCLEIC ACID.PDF
3.STRUCTURE OF NUCLEOTIDES
3.STRUCTURE OF NUCLEOTIDES.PDF
SALIENT FEATURES OF DNA
SALIENT FEATURES OF DNA.PDF
CENTRAL DOGMA
CENTRAL DOGMA.PDF
7. DNA / RNA.PDF
7. DNA / RNA
PART-8
PART-8.PDF
1. Big-Bang Theroy.PDF
1. Big-Bang Theroy
2. Theories of Origin of Life
2. Theories of Origin of Life.PDF
3. Millers Experiment
3. Millers Experiment.PDF
4. Natural Selection Theroy
4. Natural Selection Theroy.PDF
5.1 Evidence of Evolution Paleontology
5.1 Evidence of Evolution Paleontology.PDF
5.2 Evidence of Evolution Paleontology
5.2 Evidence of Evolution Paleontology.PDF
5.3 Evidence of Evolution Paleontology
6. Evidence for Natural Selection
7. Adaptive Radiation
8. Biolagical Evolution
9. Mutation.pdf
10. Hardy weinberg Equilibrium Part 1.pdf
10. Hardy weinberg Equilibrium Part 2
12. Plant Evolution
13. Human Evolution
14. Question Discussion Part 1
14. Question Discussion Part 2
14. Question Discussion Part 3
5.3 Evidence of Evolution Paleontology.PDF
6. Evidence for Natural Selection.pdf
7. Adaptive Radiation.pdf
8. Biolagical Evolution .pdf
10. Hardy weinberg Equilibrium Part 2.pdf
12. Plant Evolution.pdf
13. Human Evolution.pdf
14. Question Discussion Part 1.pdf
14. Question Discussion Part 2.pdf
14. Question Discussion Part 3.pdf
2.1 Infections
2.2 Infections
2.3 Infections
3.1 IMMUNITY
3.1 IMMUNITY.PDF
3.2 IMMUNITY
3.3 IMMUNITY
3.3 IMMUNITY.PDF
3.4 IMMUNITY
3.4 IMMUNITY.PDF
3.2 IMMUNITY.PDF
4. Aids
4. Aids.PDF
5. Cancer
5. Cancer.PDF
6.1 Drugs
6.1 Drugs.PDF
6.2 Drugs
6.2 Drugs.PDF
2.PART 2
2.PART 2.PDF
3.PART 3
3.PART 3.PDF
4.PART 4
4.PART 4.PDF
5.PART 5
5.PART 5.PDF
6.PART 6
7.PART 7
8. Microbes As Biofertilizers
9. Question Discussion
6.PART 6.PDF
7.PART 7.PDF
8. Microbes As Biofertilizers.PDF
9. Question Discussion .PDF
1. Levels of Biodiversity
1. Levels of Biodiversity .PDF
2. Species on Earth and India
2. Species on Earth and India .PDF
3.1 Patters of Biodiversity
3.1 Patters of Biodiversity.PDF
3.2 Patters of Biodiversity
3.2 Patters of Biodiversity.PDF
4. Importance of Species Diversity
4. Importance of Species Diversity.PDF
5.1 Loss of Biodiversity
5.1 Loss of Biodiversity.PDF
5.2 Loss of Biodiversity
5.2 Loss of Biodiversity.PDF
6. Biodiversity Conservation
6. Biodiversity Conservation.PDF
1. Introduction & Reproductive Structure
2. Microprogensis
3. Female Gametegnosis
4. Pollination
5. Outbreeding Devices
6. Post Fertilization
7. Seeds
1. Introduction & Reproductive Structure.pdf
2. Microprogensis.pdf
3. Female Gametegnosis .pdf
4. Pollination.pdf
5. Outbreeding Devices .pdf
6. Post Fertilization.pdf
7. Seeds.pdf
Sexual Reproduction in Flowering Plants Live. PDF
2.1 Restriction Enzyme
2.2 Restriction Enzyme
BIO - PRINCIPLE AND PROCESSES(P1-P2).PDF
3. DNA Ligase (Molecular Glue)
3. DNA Ligase (Molecular Glue).PDF
4. Selectable Markers
4. Selectable Markers .PDF
5. Gene Transfer
5. Gene Transfer.PDF
6. Isolation, Separation & Amplification of Genetic Material
6. Isolation, Separation & Amplification of Genetic Material .PDF
1. Introduction, Green Revolution and Tissue Culture
1. Introduction, Green Revolution and Tissue Culture.PDF
2. Bt Cotton
2. Bt Cotton.PDF
3. Nematode Resistant Tobcaco
3. Nematode Resistant Tobcaco.pdf
4. Genetically Engineered Insulin
4. Genetically Engineered Insulin.PDF
5. Gene Therapy
5. Gene Therapy.pdf
6. Molecular Diagnosis
6. Molecular Diagnosis.pdf
7. Transgenic Animals part-1
7. Transgenic Animals part-1.pdf
7. Transgenic Animals part-2
7. Transgenic Animals part-2.pdf
1. Introduction and Population Attributes
1. Introduction and Population Attributes.pdf
2. Population Growth
2. Population Growth.pdf
3. Growth Models
3. Growth Models.pdf
ORGANISMS AND POPULATION Live (Part-3).PDF
2. Productivity
2. Productivity.PDF
3. PART 3
3. PART 3.PDF
4. Energy Flow
4. Energy Flow.pdf
5. Ecological Pyramids
5. Ecological Pyramids.pdf