Teach on Udemy

Turn what you know into an opportunity and reach millions around the world.

Learn More

Your cart is empty.

Keep shopping

Chemistry for IIT JEE Main & Advanced, NEET, AIPMT, BITSAT.

Name: Chemistry for IIT JEE Main & Advanced, NEET, AIPMT, BITSAT.
Rating: 4.4 (133 reviews)

Complete chemistry for Engg and Medical Entrance Exam Preparation. ( IIT JEE Main | Advanced | BITSAT | SAT | NEET etc.)

Created byAman Saurav

Last updated 9/2023

English

What you'll learn

Chemistry
Physical Chemistry - Atomic Structure, Mole Concept, Gaseous State, Equilibrium etc
Inorganic Chemistry - Periodic table, Chemical Bonding, Coordination Compounds etc
Organic Chemistry - GOC, Nomenclature, Isomerism, etc

Course content

20 sections • 353 lectures • 376h 10m total length

Mole Concept - 0145:56
00:00:35 Basic Concepts
Mole Concept - 021:06:35
00:00:32 No of Protons, Neutrons and Electrons
00:03:15 Molecular Mass
00:42:30 Properties of Neutron, proton and Electrons
Mole Concept - 031:16:08
Revision
00:12:55 Moles
00:28:32 avogadros number
00:36:20 Questions
Mole Concept - 041:22:38
Revision
00:04:55 Molar mass
00:30:23 Questions
Mole Concept - 051:15:16
00:01:09 Molarity
00:33:33 Percentage w/w/ w/v, v/v
Mole Concept - 061:13:10
00:03:48 Mole Fraction
00:56:52 Strength
Mole Concept - 071:15:22
Revision
00:01:05 Molality
00:57:17 Question
Mole Concept - 081:11:48
00:00:18 ppm ppb
00:48:00 Limiting Reagent
Mole Concept - 091:13:56
Revision
00:05:38 Questions
Mole Concept - 101:09:10
00:00:12 Questions
00:47:50 molarity of mixtures
Lecture - 111:01:46
00:40:49 Empirical Formula
00:53:05 Vapour Density
Lecture - 121:16:14
00:01:00 Mass percent
00:13:00 Molecular Formula
00:27:21 Empirical Formula
00:53:40 Questions
Lecture - 131:14:26
00:00:30 Questions
00:34:40 Specific Gravity
01:03:30 Gas Molecular Mass
Lecture - 141:29:31
00:02:26 Daltons Atomic Theory
00:07:21 Laws of Chemical Combination
00:52:33 Questions

Lecture - 0142:29
00:01:24 Thomson Model
00:10:48 Rutherford Model
Lecture - 021:09:11
00:08:46 Electromagnetic Radiation
00:57:00 Light As A Form Of Energy
Lecture - 031:09:04
00:00:28 Emr
00:12:57 Energy In Terms Of Ev
00:32:36 Photoelectric Effect
01:02:09 Practice
Lecture - 0443:02
00:00:00 Practice And Revision
00:16:07 Threshold Frequency And Wavelength
Lecture - 051:01:06
00:00:00 Practice
00:26:08 Stopping Potential
00:47:45 Voltage To Energy Conversion
00:50:38 Practice
Lecture - 0653:04
00:01:10 Dual Nature Of Light
00:06:55 Black Body Radiation
00:27:54 Practice
Lecture - 071:11:39
00:04:15 Photoelectric Effect Graphs
00:35:00 De Broglie Wavelength
Lecture - 081:14:39
00:01:40 De Broglie Wavelength Questions
00:45:55 Heisenbergs Uncertainty Principal
Lecture - 091:16:24
00:15:20 Heisenbergs Uncertainty Principal Question
00:29:36 Bohrs Model
Lecture - 101:06:43
00:00:00 Bohrs Model
00:12:55 Examples On radius, Potential energy, Energy
Questions
Lecture - 1151:14
00:03:00 Excited State And Ground State
00:22:00 Hydrogen Spectrum
Lecture - 121:13:25
00:02:00 H Spectrum Series
00:25:10 Questions
Lecture - 131:00:38
00:00:30 Emission And Absorption Spectrum
00:02:36 Absorption Spectrum
00:34:18 Emission Spectrum
00:57:00 Diagrams
Lecture - 141:15:55
00:03:45 Continuous And Discontinuous Spectrum
00:11:04 Bohrs Model Questions
00:42:10 Quantum Mechanical Model
Lecture - 151:19:31
00:02:25 Schrodinger Wave Equation
00:29:46 Quantum No
Lecture - 1650:24
00:00:09 Spdf Orbitals
00:31:39 Nodes And Nodal Planes
Lecture - 171:13:04
00:00:39 Nodes And Nodal Planes
00:13:12 Electronic Configuration
00:21:16 Filling Up Of Electrons
Lecture - 1834:41
00:00:25 Configuration Discussion
00:04:40 Exceptional Configuration
Lecture - 1942:05
00:00:24 Aufbau, Hunds, Paulis
00:02:15 Examples
00:29:14 Removal Of Electrons Configuration
Lecture - 201:16:11
00:04:39 Magnetic Moment
00:39:20 Coloured Ions
00:43:33 Questions
00:58:15 Radial Nodes, Angular Nodes
01:00:52 Plot Of Psi Vs R
Lecture - 2151:55
Revision
00:15:50 Psi^2 Vs R, Psi^2Dv Vs R
00:31:50 Explanation Of Above Terms
Lecture - 2223:53
00:03:40 Comparison Of Spdf Graph
00:04:19 Questions
00:09:24 Probability Of Finding E
00:14:19 Questions
Lecture - 2354:22
00:02:30 Definition Of Psi And Wave Equation
00:03:06 Polar Coordinates
00:06:41 Wavefunction And Equations Of Spdf Orbitals
00:21:42 Energy Of Single And Multielectronic Species
00:29:05 Difference Between Orbit And Orbital
00:37:27 Blackbody Radiation

Gaseous State - 0159:35
00:01:05 ( gas laws )
00:01:26 Boyles Law
00:16:58 Charles Law
00:34:10 Pressure Conversion
00:40:00 Practise Q
00:00:25 revision
00:02:32 Gay lussac's Law
00:07:15 Avogadro's Hypothesis
00:10:52 Ideal Gas Law
Gaseous State - 021:10:15
00:00:25 Revision
00:02:32 Gay lussac's Law
00:07:15 Avogadro's Hypothesis
00:10:52 Ideal Gas Law
00:23:10 Some easier conventions and examples
00:52:56 Practise Q
Gaseous State - 031:17:34
00:00:01 Idealgas equation
00:03:06 Charles Law
00:04:20 Questions
00:20:24 density
00:25:30 Questions
00:57:40 Daltons law of partial pressure, a mixture of gas reacting the total pressure is sum of individual partial pressures
01:09:20 example
01:12:30 question to find total pressure
Gaseous State - 0426:35
00:00 Daltons law
03:25 Humidity or Aqueous Tension
07:27 questions on AT
16:35 Gauge pressure
Gaseous State - 051:20:33
00:01:33 Effusion
00:54:53 Balancing of Combustion Equations
00:59:52 Problems on Gay-Lussacs Law
Gaseous State - 0648:20
00:00 graham's law revision
01:00 questions
Gaseous State - 071:29:29
00:20 Revision of previous concepts
00:03:36 Kinetic Theory Of gases
00:27:05 Examples
01:18:35 Daltons Law Questions
Gaseous State - 081:22:03
00:28 Revision
00:12:00 KTG postulates
00:54:17 Derivation of Kinetic Theory of Gases
Gaseous State - 091:17:10
00:01:08 derivation of PV=1/3mnc^2
00:10:55 Factors of kinetic energy
11:56 Questions
00:32:48 Maxwells Distribution
00:57:45 crms, cmp, cavg
Gaseous State - 101:19:15
00:01:36 Real gases
00:15:24 difference between Real and Ideal Gas
00:36:36 Van der Waals Gas
00:50:40 Questions
Gaseous State - 111:11:55
00:08:50 graphs PV vs P
00:13:40 graphs Z vs P
00:42:55 Compressibility for Real Gases
00:50:26 Virial Equation
01:04:12 Boyles Temp
Gaseous State - 121:21:07
00:20:32 Liquefaction of gases
00:43:00 critical temp, pressure, volume
Gaseous State - 131:16:14
00:01:49 Pc, Vc, Tc Formula
0010:10 Z at critical Point
00:13:32 Law of Corresponding States
00:26:22 Gases at critical point
00:29:00 Collision Frequency
00:36:20 Mean free path
00:45:13 Inversion temp
01:01:01 Atomicity

Lecture - 0121:02
00:01:00 Doberniers Law of Triads
00:08:30 Newlands Octave Law
00:15:15 Lothermeyer curve
Lecture - 021:10:21
00:18 Lothermeyer Curve
06:19 Mendeleev table
31:07 Modern Periodic Table
Lecture - 031:16:45
00:00:39 Zeffective
01:01:38 Penetration Power
01:03:39 Shielding Effect
01:07:42 Radius
Lecture - 0430:48
00:02:50 Ionic Radius
00:20:42 Trend in radius
Lecture - 051:12:25
00:00:14 Types of Radius - Covalent, Metallic, Vander Waal etc
00:14:50 D Block Exceptions in Radius
00:37:32 p Block Exceptions in Radius
00:56:35 F block exceptions
Lecture - 0649:54
00:00:05 Ionization energy
00:14:28 trend of IE
00:35:23 Successive Ionization Energy
Lecture - 0742:52
00:25:44 Ionization Energy exceptions
00:31:51 Electronegativity
Lecture - 081:10:31
00:02:32 Electron Affinity
00:33:50 Electronegativity Scales - Alred Rowchow, Pauling Scale, Mullikens Scale
00:54:20 Metallic Character
00:56:00 Nature of Oxides
Lecture - 0938:10
00:02:00 Electron Gain Enthalpy
00:14:30 Questions
Lecture - 1028:33
00:00:21 Hydration Enthalpy
00:12:28 Factors of Hydration Enthalpy
00:23:35 Hydrated radius
Lecture - 111:18:11
00:25:21 Lattice Energy
00:58:08 Diagonal Relationship
01:03:55 Inert Pair effect
01:11:10 Lanthanide Contraction
Lecture - 1226:38
00:05:48 Exceptions to IE
00:14:18 Summary

Lecture - 011:05:32
00:00:00 Introduction
Attractive And Repulsive Forces
00:25:00 Lewis Theory
00:45:00 Limitations Of Octet Theory
01:00:23 Other Exception
Lecture - 021:15:33
00:00:45 Formal Charge
00:24:22 Types Of Bonds
1. ionic bonds
2. covalent bonds
3. coordinate bonds
4. metallic bonds
Lecture - 0331:10
Valence Band Theory
00:01:00 Rules Of Vbt
00:04:30 Types Of Overlapping
00:07:00 Axial Overlapping
00:10:50 Lateral Overlapping
00:16:00 Examples
Lecture - 041:13:57
Valence Bond Theory
00:00:00 Forming Bonds
00:03:00 Overlapping Lobes
00:37:00 Intemolecular Axis - Z
00:44:22 Intemolecular Axis - X
00:46:05 Intemolecular Axis - Y
00:57:00 Limitations Of Vbt
Lecture - 051:07:06
00:00:00 Revision
00:12:41 Vsepr Theory
00:57:45 Hybridization
Lecture - 061:20:55
00:00:39 Steric Number
00:14:27 Using Steric No For Hybridization
00:48:42 Hybridization Table
Lecture - 071:10:20
00:00:20 Hybridization Geometry And Shape
01:04:07 Revision
Lecture - 0824:05
00:00:29 Shape Of Hybrid Orbitals
00:05:44 Bond Angle And Bond Length
factors affecting bond length
size of atoms
multiplicity of bonds
hybridization
Lecture - 0932:28
Structures
00:00:00 Conjugation And Resonace Structures
00:07:35 Resonance Hybrid
00:13:35 Bond Order
00:29:32 Types Of Conjugation
Lecture - 101:04:52
00:00:12 Types Of Conjugation
pi sigma +
pi sigma -ve
Lecture - 1110:15
00:00:05 Types Of Conjugation
pi sigma pi
Lecture - 121:04:42
00:00:11 Dipole Moment
00:46:21 Net Dipole Moment
00:59:40 Polar And Non Polar Compounds
Lecture - 131:04:15
00:00:00 Revision Of Dipole Moment
00:17:05 Vander Waals Forces
00:38:27 Fajans Rules
Lecture - 141:09:08
00:01:00 Fajans Rules
00:39:40 Molecular Orbital Theory (Mot)
Lecture - 151:11:53
00:00:00 Revision
00:08:10 Bond Order
00:10:04 Bond Order According To Molecular Orbital Theory
Magnetic Nature
Lecture - 1654:06
Lecture - 171:11:27
00:02:28 Shapes Of Molecular Orbitals
00:19:00 Nodal Planes
00:22:56 Homo And Lumo
00:30:35 Sp Mixing
00:56:25 Backbonding
Lecture - 1825:16
00:00:00 Backbonding
00:03:48 Bridge Bond Or Banana Bond
00:20:45 Born Haber Cycle
Lecture - 191:03:03
00:00:00 Revision
00:16:00 Hydrogen Bonding
00:46:00 Metallic Bonding

Lecture-011:08:32
Lecture-02P149:09
Lecture-02P21:03:53
Lecture-031:01:23
00:00:09 Isobaric
00:47:47 Adiabatic
Lecture-041:08:24
00:03:51 Adiabatic Irreversible
00:15:55 Polytropic
00:22:43 Cyclic
Lecture-051:09:07
00:00:40 Deficiency Of 1St Law
00:11:04 2Nd Law Of Thermodynamics
00:17:15 Entropy
00:26:00 Spontaneous Process
00:30:30 Delta S Universe
00:57:30 Summary
Lecture-061:01:32
00:03:40 Carnot Cycle
00:19:50 Efficiency
00:42:10 Questions
Lecture-071:08:02
00:03:55 Spontaneous And Non Spontaneous Process
00:55:00 Derivations Of Gibbs Free Energy
01:00:00 3Rd Law Of Thermodynamics
01:02:00 Zeroth Law Of Thermodynamics
Lecture-081:12:57
Revision
00:11:07 Zeroth Law
00:15:00 Degree Of Freedom And Equipartition Of Energy
00:34:50 Mixture Of Gases Cv Cp Etc
Lecture-091:12:21
00:00:40 Thermochemistry
00:13:40 Enthalpy Of Reactions
01:01:12 Bond Energy
Lecture-101:07:53
00:00:36 Bond Dissociation Energy
00:01:29 Questions
00:21:50 Standard Enthalpy Of Solution, Hydration
00:30:03 Standard Enthalpy Of Neutralization
00:34:41 Question
Lecture-1151:18
00:05:40 Definitions
00:21:00 Different Laws
00:40:38 Important Formula

Lecture - 011:10:36
00:06:21 Equilibrium Constant
00:29:46 Questions
Lecture - 021:13:07
00:00:50 Calculating K From Equilibrium Concentration
00:13:06 Questions
Lecture - 031:13:29
00:00:00 Characteristics Of K
00:15:12 Reaction Quotient
00:43:33 Le Chaterlier Principle
00:56:50 Shifting Of Reaction Forward Or Backward
Lecture - 041:13:07
00:10:05 Le Chaterlier Principle
00:10:26 Questions
Lecture - 0546:29
00:02:00 Units Of Kp And Kc
00:15:33 Basic Of Logarithms
Lecture - 061:07:25
00:37:40 Gibbs Free Energy
Lecture - 0712:08
Graphs - Conc Vs Time
00:04:37 Value Of K For Different Graphs
00:07:31 Rate Vs Time Graph
Lecture - 081:12:36
Revision
00:10:00 Questions
Lecture - 0915:09
00:00:18 Active Mass
00:02:29 Rate Of Forward Reaction
00:03:18 Rate Of Backward Reaction
00:08:43 Law Of Mass Action
Lecture - 1022:16
Lecture-10-Alternate - Missing Portion has been added1:16:46
Lecture - 111:08:09
00:00:10 Revision
00:04:20 Lewis Concept
00:12:25 Ka Acid Dissociation Constant
00:27:45 Kb Base Dissociation Constant
00:36:00 Ionic Product Of Water
01:03:35 Revision
Lecture - 121:08:32
00:00:33 Revision
00:04:55 H+ Concentration In Pure Water
00:10:30 Oh Concentration
00:27:50 Finding Ph
Lecture - 131:08:48
Revision
00:21:01 Questions
Lecture - 141:08:08
Questions
00:14:00 Strong Acid Vs Weak Acid
00:20:40 Common Ion Effect
00:25:20 Questions
00:50:30 Ph Calculations
Lecture - 151:12:51
Revision
00:02:40 Hydrolysis Of Salts
Lecture - 161:09:23
00:01:15 Direct Solving For Ph
00:02:40 Basicity And Acidity
00:07:41 Questions
Lecture - 1749:06
Lecture - 17 - Alternate - Missing Portion1:09:08
Lecture - 181:10:07
00:26:47 Buffer Solution
00:37:25 Acidic Buffer
00:47:55 Basic Buffer
00:53:35 Ph Of Buffer Solution
Lecture - 1951:24
Formula For All Types Of Buffer
00:02:50 Buffer Capacity
00:06:12 Effective Range Of Buffer
00:22:20 Questions
Lecture - 2056:34
Solubility Product
00:09:54 Questions
Lecture - 211:01:06
Saturation Of Solution
00:25:35 Simultaneous Solubility
Lecture - 221:12:12
Revision
00:35:29 Selective Precipitation
00:55:20 Questions
Lecture - 2356:24
Theory Of Indicators
00:34:50 Range Of Indicators
00:47:20 Hcl With Na2Co3, Nahco3, Naoh
Lecture - 2442:38
HCl With Na2CO3, NaHCO3, NaOH
Lecture - 2557:58
00:00:35 Oswalds Dilution Law
00:07:00 Comparing Strength Of Acids
00:18:40 Levelling Effect Of Solvent / Water
00:26:44 Questions

Lecture - 011:14:53
00:01:03 Unit Cell
00:10:21 Types Of Unit Cell
00:26:53 Bravais Lattice
01:06:27 Simple Cubic
Lecture - 021:11:15
00:07:38 Radius In Different Cubic Systems
00:57:34 Packing Fraction
Lecture - 031:11:50
00:08:05 Questions Of Packing Fraction, Radius Etc
Lecture - 0456:08
00:01:10 Voids
00:04:22 Tetrahedral Voids
00:08:47 Octahedral Voids
00:12:03 Position Of Octahedral Voids
00:21:42 Position Of Tetrahedral Voids
00:30:36 Questions
Lecture - 0556:17
Revision
00:01:09 Close Packing In 1D, 2D And 3D
00:39:07 Tetrahedral, Octahedral Voids Visualization
00:52:47 Hexagonal Close Packing
Lecture - 061:10:13
00:10:15 Radius Ratio For Voids
00:53:00 Magnetic Properties
01:14:00 Hexagonal Close Packing
Lecture - 071:07:33
00:00:22 Some Common Structures, Nacl, Cscl, Zns Etc
00:57:00 Dielectric Properties
01:03:05 Electric Properties
Lecture - 081:15:03
00:00:19 Defects
00:28:10 Hcp Structure Video
00:35:11 Types Of Solids - Crystal, Amorphous
00:54:18 Differences Between Solids Liquids Gases
Lecture - 0957:11

Lecture - 011:17:38
Concentration Terms
00:02:00 Molarity Molality, Strength , Etc
00:10:00 Practice
Lecture - 021:02:41
Colligative Properties
00:04:30 Relative Lvp
00:49:00 Practice
Lecture - 031:28:21
00:00:00 Revision
00:08:00 Practice
01:09:00 Last Drop And First Drop Type Questions
Lecture - 041:12:16
00:00:00 Revision
00:07:00 Graph
00:30:20 Non Ideal Binary Solution
00:57:00 Non Ideal Binary Solution - Graph Explanation
01:00:00 Practice
Lecture - 0517:56
00:02:00 Azeotrophic Solutions
00:09:00 Constant Boiling Mixture
Lecture - 061:20:00
00:02:00 Elevation Of Boiling Point
00:22:00 Formula For Kb
00:26:00 Depression In Freezing Point
00:39:00 Kf Formula
00:47:30 Osmotic Pressure
00:56:08 Vant Hoff Factor
Lecture - 0716:41
00:02:00 Vant Hoff Factor In Tb, Tf , Osmotics Pressure
00:06:12 Modified Formula For Rlvp
00:11:00 Tonicity
00:15:00 Osmosis
Lecture - 081:19:42
00:00:00 Vapour Pressure, Triple Point Graph
00:02:30 Henrys Law
00:10:30 Explanation Of Various Graphs In Ncert
01:04:10 Azeotroph Graph Explanation

Requirements

Preparing for Science Stream Competitive exams such as IIT JEE Main, Advanced, NEET, KVPY, Olympiads etc

Description

Parent will find that this course is useful for their wards, if their ward/wards

- are in 11th, 12th or dropping an year and are preparing for competitive engineering or science exams such as JEE, NEET, BITS etc

- want an extra, comprehensive and complete reference to complement with their classroom coaching

- are lagging behind in your chemistry syllabus

- are dropping an year

- looking for a crash course and are willing to work hard everyday

- proper classroom coaching for these exams is not available

This course is for those who wish to crack competitive exams specifically JEE Main/ Advanced, BITSAT, NEET and AIPMT.

The lectures contain complete content of all the chapters and is the only thing required for your complete prep. They can simply play these lectures and note down the content, just like you would in a classroom. Everything is exactly as I have taught in my class.

It has plenty of theory, examples, practice questions and assignments.

The chapters included are:

Physical Chemistry - Mole Concept, Atomic Structure, Gaseous State, Thermodynamics, Chemical Equilibrium, Ionic Equilibrium, Dilute Solutions and Colligative Properties, Solid State, Electrochemistry, Chemical Kinetics and Radioactivity, etc

Organic Chemistry - IUPAC Nomenclature, Isomerism, GOC, Hydrocarbons, Alcohol, Phenol and Ether, Carbonyl Compounds, Acids and Derivatives, Amines, Biomolecules, Polymers, etc.

Inorganic Chemistry - Periodic table, Chemical Bonding, Metallurgy, Coordination Compounds, etc

Memory based chapters such as s, p, d&f blocks, Qualitative Analysis have assignments only.

At the end of this course ( if students have paid attention) they will be able to score very well in

- 12th Class Chemistry Boards

-JEE Main

- JEE Advanced

- KVPY

- NEET

- AIPMT

- BITSAT

Who this course is for:

Parents whose wards are Students prepping for Indian Engg and Medical entrance Exams
IIT JEE | JEE Main | Jee Advanced | BITSAT | NEET | AIPMT | KVPY | SAT | GATE

Chemistry for IIT JEE Main & Advanced, NEET, AIPMT, BITSAT.

What you'll learn

Explore related topics

Course content

Basic Concepts of Chemistry and Mole Concept14 lectures • 16hr 52min

Atomic Structure23 lectures • 22hr 55min

States of Matter - Gaseous State13 lectures • 15hr 20min

Periodic Table12 lectures • 10hr 6min

Chemical Bonding19 lectures • 18hr

Thermodynamics and Thermochemistry12 lectures • 12hr 55min

Chemical and Ionic Equilibrium27 lectures • 26hr 46min

Solid State9 lectures • 10hr

Redox and Balancing of Redox Reactions4 lectures • 4hr 17min

Dilute Solutions and Colligative Properties8 lectures • 8hr 15min

Requirements

Description

Who this course is for: