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2 Year IIT JEE Main & Advanced Program (Class 11&12) in Gomti Nagar, Lucknow - Learnees

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2 Year IIT JEE Main & Advanced Program (Class 11&12) in Gomti Nagar, Lucknow

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2 Year IIT JEE Main & Advanced Program (Class 11&12) in Gomti Nagar, Lucknow

The Academicians Two-Year IIT JEE Main & Advanced Program (Class 11 & 12) is designed to build strong conceptual understanding in Physics, Chemistry, and Mathematics for IIT-JEE aspirants. The course includes expert faculty guidance, regular tests, doubt-solving sessions, and comprehensive study material aligned with JEE Main & Advanced patterns. With focused preparation and personalized mentorship, students are trained to achieve top ranks in engineering entrance examinations.

Educator

Live

Classroom (Offline)

STARTS ON

15th Jun

DURATION

2 year

LANGUAGE

English / Hindi

BEST VALUE

Yearly Price

₹90,000₹90,000

Pay₹3,750/month

BEST VALUE

Yearly Price

₹90,000

Pay₹3,750/month

409+ Students Enrolled via Learnees

⚡24/7 Support by Learnees

1. Physics: Unit 1- Units and Measurements

Topics:

Units of measurement
system of units
SI units
fundamental and derived units
least count
significant figures
errors in measurements
dimensions of physical quantities
dimensional analysis

Hands-on:

Skills You Will Learn:

2. Physics: Unit 2- Kinematics

Topics:

The frame of reference
motion in a straight line
speed and velocity
uniform and non-uniform motion
average speed and instantaneous velocity
uniformly accelerated motion
velocity-time
position-time graph
relations for uniformly accelerated motion
relative velocity.

Hands-on:

Skills You Will Learn:

3. Physics: Unit 3- Laws of Motion

Topics:

Force and inertia
Newton’s first law of motion
momentum
Newton’s second Law of motion
impulse
Newton’s third Law of motion
Law of conservation of linear momentum and its applications
equilibrium of concurrent forces
Static and Kinetic friction
laws of friction
rolling friction
Dynamics of uniform circular motion
centripetal force and its applications: vehicle on a level circular road.

Hands-on:

Skills You Will Learn:

4. Physics: Unit 4- Work, Energy and Power

Topics:

Work done by a constant force and a variable force
kinetic and potential energies
work-energy theorem
power. The potential energy of a spring
conservation of mechanical energy
conservative and non- conservative forces
motion in a vertical circle
Elastic and inelastic collisions in one and two dimensions

Hands-on:

Skills You Will Learn:

5. Physics: Unit 5- Rotational Motion

Topics:

Centre of mass of a two-particle system
centre of mass of a rigid body
Basic concepts of rotational motion
moment of a force
torque
angular momentum
conservation of angular momentum and its applications
The moment of inertia
the radius of gyration
values of moments of inertia for simple geometrical objects
parallel and perpendicular axes theorems and their applications
Equilibrium of rigid bodies
rigid body rotation and equations of rotational motion
comparison of linear and rotational motions.

Hands-on:

Skills You Will Learn:

6. Physics: Unit 6- Gravitation

Topics:

The universal law of gravitation
Acceleration due to gravity and its variation with altitude and depth
Kepler’slaw of planetary motion
Gravitational potential energy
gravitational potential
Escape velocity
motion of a satellite
orbital velocity
time period and energy of satellite

Hands-on:

Skills You Will Learn:

7. Physics: Unit 7-Properties of Solids and Liquids

Topics:

Elastic behaviour
stress-strain relationship
Hooke's Law
Young's modulus
bulk modulus and modulus of rigidity
Pressure due to a fluid column
Pascal's law and its applications
effect of gravity on fluid pressure
viscosity
Stoke’s law
terminal velocity
streamline and turbulent flow
critical velocity
Bernoulli's principle and its applications
Surface energy and surface tension
angle of contact
excess of pressure across a curved surface
application of surface tension: drops
bubbles and capillary rise
Heat
temperature
thermal expansion
specific heat capacity
calorimetry
change of state
latent heat. Heat transfer: conduction
convection and radiation

Hands-on:

Skills You Will Learn:

8. Physics: Unit 8- Thermodynamics

Topics:

Thermal equilibrium and the concept of temperature
zeroth law of thermodynamics
heat
work and internal energy
The first law of thermodynamics
isothermal and adiabatic processes
The second law of thermodynamics: reversible and irreversible processes

Hands-on:

Skills You Will Learn:

9. Physics: Unit 9- Kinetic Theory of Gases

Topics:

Equation of state of a perfect gas
work done on compressing a gas
kinetic theory of gases: assumptions
the concept of pressure
kinetic interpretation of temperature
RMS speed of gas molecules
degrees of freedom
law of equipartition of energy and applications to specific heat capacities of gases
mean free path
Avogadro's number

Hands-on:

Skills You Will Learn:

10. Physics: Unit 10- Oscillations and Waves

Topics:

Oscillations and periodic motion: time period & frequency & displacement as a function of time & periodic functions & Simple harmonic motion (S.H.M.) and its equation phase oscillations of a spring: restoring force and force constant
energy in S.H.M: kinetic and potential energies
simple pendulum: derivation of expression for its time period
Wave motion
longitudinal and transverse waves
speed of the travelling wave
displacement relation for a progressive wave
principle of superposition of waves
reflection of waves
standing waves in strings and organ pipes
fundamental mode and harmonics
beats

Hands-on:

Skills You Will Learn:

11. Physics: Unit 11- Electrostatics

Topics:

Electric charge
conservation
Coulomb's law
superposition
electric field (point charge & dipole)
torque on dipole
field lines
electric flux
Gauss's law & applications (wire
sheet
shell)
electric potential
potential energy
equipotential surfaces
conductors
dielectrics
capacitors
series/parallel combinations
energy stored

Hands-on:

Skills You Will Learn:

12. Physics: Unit 12- Current Electricity

Topics:

Electric current
drift velocity
mobility
Ohm's law
I-V characteristics
resistance
power
resistivity
series/parallel resistors
temperature effects
internal resistance
EMF
combination of cells
Kirchhoff's laws
Wheatstone Bridge
Metre Bridge

Hands-on:

Skills You Will Learn:

13. Physics: Unit 13- Magnetic Effects of Current & Magnetism

Topics:

Biot-Savart law
Ampere's law
magnetic force on charges & conductors
force between wires
torque on current loop
moving coil galvanometer
magnetic dipoles
field lines
bar magnet field
magnetic materials (para; dia; ferro)
temperature effects

Hands-on:

Skills You Will Learn:

14. Physics: Unit 14- Electromagnetic Induction & AC

Topics:

Faraday's law
Lenz's law
eddy currents
self & mutual induction
AC: RMS/peak values
LCR circuits
resonance
AC power
wattless current
AC generator
transformer

Hands-on:

Skills You Will Learn:

15. Physics: Unit 15- Electromagnetic Waves

Topics:

Displacement current
EM wave characteristics
transverse nature
EM spectrum (radio to gamma)
applications

Hands-on:

Skills You Will Learn:

16. Physics: Unit 16- Optics

Topics:

Reflection
spherical mirrors
mirror formula
refraction
lens formulas
total internal reflection
lens combinations
prism
microscopes
telescopes
wave optics: Huygens' principle
interference (Young's experiment)
diffraction (single slit)
polarization
Brewster's law

Hands-on:

Skills You Will Learn:

17. Physics: Unit 17- Dual Nature of Matter and Radiation

Topics:

Photoelectric effect
Einstein's equation
de Broglie wavelength
wave-particle duality

Hands-on:

Skills You Will Learn:

18. Physics: Unit 18- Atoms and Nuclei

Topics:

Rutherford & Bohr models
hydrogen spectrum
nucleus composition & size
mass-energy equivalence
binding energy
nuclear fission/fusion

Hands-on:

Skills You Will Learn:

19. Physics: Unit 19- Electronic Devices

Topics:

Semiconductors
diode (forward/reverse bias)
rectifier
LED
photodiode
solar cell
Zener diode (regulation)
logic gates

Hands-on:

Skills You Will Learn:

20. Chemistry Unit 1- Some Basic Concepts in Chemistry

Topics:

Matter and its nature
Dalton's atomic theory
concepts of atom
molecule
element
compound
laws of chemical combination
atomic and molecular masses
mole concept
molar mass
percentage composition
empirical and molecular formulae
chemical equations
stoichiometry

Hands-on:

Skills You Will Learn:

21. Chemistry Unit 2- Atomic Structure

Topics:

Electromagnetic radiation
photoelectric effect
hydrogen spectrum
Bohr model (postulates
energy & radius formulas
limitations)
dual nature of matter
de Broglie relation
Heisenberg principle
quantum mechanical model of atom
atomic orbitals (w and w" variation)
quantum numbers
shapes of s
p
d orbitals
spin quantum number
Aufbau principle
Pauli's exclusion principle
Hund's rule
electronic configuration
stability of half-filled & fully-filled orbitals

Hands-on:

Skills You Will Learn:

22. Chemistry: Unit 3-Chemical Bonding and Molecular Structure

Topics:

Kossel-Lewis theory
ionic and covalent bonding
lattice enthalpy
Fajan's rule
electronegativity
dipole moment
VSEPR theory
shapes of molecules
valence bond theory (VBT)
hybridization
resonance
molecular orbital theory (MOT)
LCAO
bonding/antibonding orbitals
o and TT bonds
bond order
bond energy
metallic bonding
hydrogen bonding and its applications

Hands-on:

Skills You Will Learn:

23. Chemistry: Unit 4- Chemical Thermodynamics

Topics:

Thermodynamic terms: system; surroundings; properties; types of processes
First Law: internal energy; work; heat; enthalpy; heat capacities
Hess's Law
enthalpies
Second Law: entropy (4S)
spontaneity (AG)
Gibbs energy & equilibrium constant

Hands-on:

Skills You Will Learn:

24. Chemistry: Unit 5- Solutions

Topics:

Concentration terms
vapour pressure
Raoult's Law
ideal & non-ideal solutions
colligative properties (lowering of vapour pressure; depression of freezing point; elevation of boiling point; osmotic pressure)
molecular mass determination
abnormal molar mass
van't Hoff factor

Hands-on:

Skills You Will Learn:

25. Chemistry: Unit 6- Equilibrium

Topics:

Dynamic equilibrium
equilibrium in physical processes
Henry's law
law of chemical equilibrium
equilibrium constants
Gibbs energy & equilibrium
Le Chatelier's principle
ionic equilibrium
acid-base theories
ionization of acids/bases
ionization constant
pH
common ion effect
hydrolysis
buffer solutions
solubility product

Hands-on:

Skills You Will Learn:

26. Chemistry: Unit 7- Redox Reactions and Electrochemistry

Topics:

Oxidation-reduction concepts
oxidation number (rules & balancing)
conductance (electrolytic & metallic)
molar conductivity
variation with concentration
Kohlrausch's law
electrochemical cells (electrolytic & galvanic)
electrodes
electrode potentials (standard and non-standard)
cell reactions
emf
Nernst equation & applications
relation between emf & AG
dry cell
lead accumulator
fuel cells

Hands-on:

Skills You Will Learn:

27. Chemistry: Unit 8- Chemical Kinetics

Topics:

Rate of reaction
factors affecting rate
elementary vs complex reactions
order & molecularity
rate law
rate constant (units)
zero & first- order reactions (integrated/differential forms)
half-life
temperature effect
Arrhenius equation
activation energy
collision theory

Hands-on:

Skills You Will Learn:

28. Chemistry: Unit 9- Classification of Elements and Periodicity in Properties

Topics:

Modern periodic law
long-form periodic table
Periodic trends in: Atomic & ionic radii
lonisation enthalpy
Electron gain enthalpy
Valency & oxidation states
Chemical reactivity

Hands-on:

Skills You Will Learn:

29. Chemistry: Unit 10- p-Block Elements (Group 13 to 18)

Topics:

Electronic configuration - General trends in physical & chemical properties (across periods & down groups)
Overview of each group from 13 to 18

Hands-on:

Skills You Will Learn:

30. Chemistry: Unit 11- d- and f- Block Elements

Topics:

Electronic configuration
occurrence
characteristics

Hands-on:

Skills You Will Learn:

31. Chemistry: Unit 12- Coordination Compounds

Topics:

Introduction and basic terms: ligands
coordination number
denticity
chelation - Werner's theory - IUPAC nomenclature (mononuclear compounds)
Types of isomerism
Bonding: Valence bond theory (VBT)
Crystal field theory (CFT) - basic ideas - Colour and magnetic properties
Applications: Qualitative analysis
Extraction of metals Biological importance

Hands-on:

Skills You Will Learn:

32. Chemistry: Unit 13- Characterisation of Organic Compounds

Topics:

Purification methods: Crystallisation
sublimation
distillation
differential extraction
chromatography (principles & applications)

Hands-on:

Skills You Will Learn:

33. Chemistry: Unit 14- Some Basic Principles of Organic Chemistry

Topics:

Tetravalency of carbon
shapes of molecules
Classification of organic compounds based on functionall groups (halogens
O & N & S)
Homologous series - Isomerism: Structurall and stereoisomerism
Nomenclature: IUPAC and trivial names
Covalent bond fission: Homolytic & heterolytic
Reactive intermediates: Free radicals & carbocations & carbanions (stability)
Electrophiles and nucleophiles
Electronic effects: Inductive & electromeric & resonance & hyperconjugation
Types of reactions: Substitution & addition & elimination & rearrangement

Hands-on:

Skills You Will Learn:

34. Chemistry: Unit 15- Hydrocarbons

Topics:

Classification
isomerism
IUPAC naming
general preparation
properties - Alkanes: Conformations (Newman & Sawhorse)
halogenation mechanism - Alkenes: Geometrical isomerism
electrophilic addition (mechanism)
Markovnikov's rule
peroxide effect
ozonolysis
polymerization -Alkynes: Acidic character; addition reactions; polymerization - Aromatic Hydrocarbons: Benzene structure
aromaticity
electrophilic substitution reactions: nitration
halogenation
Friedel-Crafts alkylation/acylation
directive influence

Hands-on:

Skills You Will Learn:

35. Chemistry: Unit 16- Organic Compounds Containing Hallogens

Topics:

General preparation methods
Properties and reactions
Nature of C-X bond
Mechanisms of nucleophilic substitution reactions
Uses and environmental impact: Chloroform & iodoform & freons & DDT

Hands-on:

Skills You Will Learn:

36. Chemistry: Unit 17- Organic Compounds Containing Oxygen

Topics:

General preparation
properties
reactions
uses of Alcohols
dehydration mechanism Phenols: Acidic nature
electrophilic substitution
Reimer-Tiemann reaction Ethers: Structure
Aldehydes and Ketones: Carbonyl group reactivity
nucleophilic addition
oxidation & reduction
a-hydrogen acidity
aldol condensation
Cannizzaro reaction
haloform reaction
distinguishing tests Carboxylic Acids: Acid strength and influencing factors

Hands-on:

Skills You Will Learn:

37. Chemistry: Unit 18- Organic Compounds Containing Nitrogen

Topics:

Amines: Preparation; properties; uses; nomenclature; classification; structure; basicity

Hands-on:

Skills You Will Learn:

38. Chemistry: Unit 19- Biomolecules

Topics:

Carbohydrates
Proteins
Vitamins
Hormones

Hands-on:

Skills You Will Learn:

39. Mathematics: Unit 1- Sets & Relations and Functions

Topics:

Sets and representation
Power set
Relations and types
Functions

Hands-on:

Skills You Will Learn:

40. Mathematics: Unit 2- Complex Numbers and Quadratic Equations

Topics:

Complex numbers as ordered pairs of reals
Argand diagram - Modulus
argument
Algebra of complex numbers
Quadratic equations
Roots and coefficients
Formation of equations

Hands-on:

Skills You Will Learn:

41. Mathematics: Unit 3- Matrices and Determinants

Topics:

Types and algebra of matrices
Determinants (order 2 and 3)
Area of triangle using determinants
Adjoint and inverse of matrices
Solving linear equations using matrices

Hands-on:

Skills You Will Learn:

42. Mathematics: Unit 4- Permutations and Combinations

Topics:

Fundamental principle of counting
Simple applications

Hands-on:

Skills You Will Learn:

43. Mathematics: Unit 5- Binomial Theorem

Topics:

Binomial expansion for positive integers
General term
middle term
Simple applications

Hands-on:

Skills You Will Learn:

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What you'll learn in 2 Year IIT JEE Main & Advanced Program (Class 11&12) in Gomti Nagar, Lucknow

Course Specifications3

Physics

Chemistry

Mathematics

Course Key Components3

1:1 doubt solving sessions

Daily Practice paper

weekly test

Curriculum / Syllabus Overview By Experts

Master the skills employers are looking for with our comprehensive, hands-on curriculum

Physics: Unit 1- Units and Measurements

9 Topics

Physics: Unit 2- Kinematics

10 Topics

Physics: Unit 3- Laws of Motion

13 Topics

Physics: Unit 4- Work, Energy and Power

8 Topics

Physics: Unit 5- Rotational Motion

14 Topics

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1. Physics: Unit 1- Units and Measurements

Topics:

Units of measurement
system of units
SI units
fundamental and derived units
least count
significant figures
errors in measurements
dimensions of physical quantities
dimensional analysis

2. Physics: Unit 2- Kinematics

Topics:

The frame of reference
motion in a straight line
speed and velocity
uniform and non-uniform motion
average speed and instantaneous velocity
uniformly accelerated motion
velocity-time
position-time graph
relations for uniformly accelerated motion
relative velocity.

3. Physics: Unit 3- Laws of Motion

Topics:

Force and inertia
Newton’s first law of motion
momentum
Newton’s second Law of motion
impulse
Newton’s third Law of motion
Law of conservation of linear momentum and its applications
equilibrium of concurrent forces
Static and Kinetic friction
laws of friction
rolling friction
Dynamics of uniform circular motion
centripetal force and its applications: vehicle on a level circular road.

4. Physics: Unit 4- Work, Energy and Power

Topics:

Work done by a constant force and a variable force
kinetic and potential energies
work-energy theorem
power. The potential energy of a spring
conservation of mechanical energy
conservative and non- conservative forces
motion in a vertical circle
Elastic and inelastic collisions in one and two dimensions

5. Physics: Unit 5- Rotational Motion

Topics:

Centre of mass of a two-particle system
centre of mass of a rigid body
Basic concepts of rotational motion
moment of a force
torque
angular momentum
conservation of angular momentum and its applications
The moment of inertia
the radius of gyration
values of moments of inertia for simple geometrical objects
parallel and perpendicular axes theorems and their applications
Equilibrium of rigid bodies
rigid body rotation and equations of rotational motion
comparison of linear and rotational motions.

6. Physics: Unit 6- Gravitation

Topics:

The universal law of gravitation
Acceleration due to gravity and its variation with altitude and depth
Kepler’slaw of planetary motion
Gravitational potential energy
gravitational potential
Escape velocity
motion of a satellite
orbital velocity
time period and energy of satellite

7. Physics: Unit 7-Properties of Solids and Liquids

Topics:

Elastic behaviour
stress-strain relationship
Hooke's Law
Young's modulus
bulk modulus and modulus of rigidity
Pressure due to a fluid column
Pascal's law and its applications
effect of gravity on fluid pressure
viscosity
Stoke’s law
terminal velocity
streamline and turbulent flow
critical velocity
Bernoulli's principle and its applications
Surface energy and surface tension
angle of contact
excess of pressure across a curved surface
application of surface tension: drops
bubbles and capillary rise
Heat
temperature
thermal expansion
specific heat capacity
calorimetry
change of state
latent heat. Heat transfer: conduction
convection and radiation

8. Physics: Unit 8- Thermodynamics

Topics:

Thermal equilibrium and the concept of temperature
zeroth law of thermodynamics
heat
work and internal energy
The first law of thermodynamics
isothermal and adiabatic processes
The second law of thermodynamics: reversible and irreversible processes

9. Physics: Unit 9- Kinetic Theory of Gases

Topics:

Equation of state of a perfect gas
work done on compressing a gas
kinetic theory of gases: assumptions
the concept of pressure
kinetic interpretation of temperature
RMS speed of gas molecules
degrees of freedom
law of equipartition of energy and applications to specific heat capacities of gases
mean free path
Avogadro's number

10. Physics: Unit 10- Oscillations and Waves

Topics:

Oscillations and periodic motion: time period & frequency & displacement as a function of time & periodic functions & Simple harmonic motion (S.H.M.) and its equation phase oscillations of a spring: restoring force and force constant
energy in S.H.M: kinetic and potential energies
simple pendulum: derivation of expression for its time period
Wave motion
longitudinal and transverse waves
speed of the travelling wave
displacement relation for a progressive wave
principle of superposition of waves
reflection of waves
standing waves in strings and organ pipes
fundamental mode and harmonics
beats

11. Physics: Unit 11- Electrostatics

Topics:

Electric charge
conservation
Coulomb's law
superposition
electric field (point charge & dipole)
torque on dipole
field lines
electric flux
Gauss's law & applications (wire
sheet
shell)
electric potential
potential energy
equipotential surfaces
conductors
dielectrics
capacitors
series/parallel combinations
energy stored

12. Physics: Unit 12- Current Electricity

Topics:

Electric current
drift velocity
mobility
Ohm's law
I-V characteristics
resistance
power
resistivity
series/parallel resistors
temperature effects
internal resistance
EMF
combination of cells
Kirchhoff's laws
Wheatstone Bridge
Metre Bridge

13. Physics: Unit 13- Magnetic Effects of Current & Magnetism

Topics:

Biot-Savart law
Ampere's law
magnetic force on charges & conductors
force between wires
torque on current loop
moving coil galvanometer
magnetic dipoles
field lines
bar magnet field
magnetic materials (para; dia; ferro)
temperature effects

14. Physics: Unit 14- Electromagnetic Induction & AC

Topics:

Faraday's law
Lenz's law
eddy currents
self & mutual induction
AC: RMS/peak values
LCR circuits
resonance
AC power
wattless current
AC generator
transformer

15. Physics: Unit 15- Electromagnetic Waves

Topics:

Displacement current
EM wave characteristics
transverse nature
EM spectrum (radio to gamma)
applications

16. Physics: Unit 16- Optics

Topics:

Reflection
spherical mirrors
mirror formula
refraction
lens formulas
total internal reflection
lens combinations
prism
microscopes
telescopes
wave optics: Huygens' principle
interference (Young's experiment)
diffraction (single slit)
polarization
Brewster's law

17. Physics: Unit 17- Dual Nature of Matter and Radiation

Topics:

Photoelectric effect
Einstein's equation
de Broglie wavelength
wave-particle duality

18. Physics: Unit 18- Atoms and Nuclei

Topics:

Rutherford & Bohr models
hydrogen spectrum
nucleus composition & size
mass-energy equivalence
binding energy
nuclear fission/fusion

19. Physics: Unit 19- Electronic Devices

Topics:

Semiconductors
diode (forward/reverse bias)
rectifier
LED
photodiode
solar cell
Zener diode (regulation)
logic gates

20. Chemistry Unit 1- Some Basic Concepts in Chemistry

Topics:

Matter and its nature
Dalton's atomic theory
concepts of atom
molecule
element
compound
laws of chemical combination
atomic and molecular masses
mole concept
molar mass
percentage composition
empirical and molecular formulae
chemical equations
stoichiometry

21. Chemistry Unit 2- Atomic Structure

Topics:

Electromagnetic radiation
photoelectric effect
hydrogen spectrum
Bohr model (postulates
energy & radius formulas
limitations)
dual nature of matter
de Broglie relation
Heisenberg principle
quantum mechanical model of atom
atomic orbitals (w and w" variation)
quantum numbers
shapes of s
p
d orbitals
spin quantum number
Aufbau principle
Pauli's exclusion principle
Hund's rule
electronic configuration
stability of half-filled & fully-filled orbitals

22. Chemistry: Unit 3-Chemical Bonding and Molecular Structure

Topics:

Kossel-Lewis theory
ionic and covalent bonding
lattice enthalpy
Fajan's rule
electronegativity
dipole moment
VSEPR theory
shapes of molecules
valence bond theory (VBT)
hybridization
resonance
molecular orbital theory (MOT)
LCAO
bonding/antibonding orbitals
o and TT bonds
bond order
bond energy
metallic bonding
hydrogen bonding and its applications

23. Chemistry: Unit 4- Chemical Thermodynamics

Topics:

Thermodynamic terms: system; surroundings; properties; types of processes
First Law: internal energy; work; heat; enthalpy; heat capacities
Hess's Law
enthalpies
Second Law: entropy (4S)
spontaneity (AG)
Gibbs energy & equilibrium constant

24. Chemistry: Unit 5- Solutions

Topics:

Concentration terms
vapour pressure
Raoult's Law
ideal & non-ideal solutions
colligative properties (lowering of vapour pressure; depression of freezing point; elevation of boiling point; osmotic pressure)
molecular mass determination
abnormal molar mass
van't Hoff factor

25. Chemistry: Unit 6- Equilibrium

Topics:

Dynamic equilibrium
equilibrium in physical processes
Henry's law
law of chemical equilibrium
equilibrium constants
Gibbs energy & equilibrium
Le Chatelier's principle
ionic equilibrium
acid-base theories
ionization of acids/bases
ionization constant
pH
common ion effect
hydrolysis
buffer solutions
solubility product

26. Chemistry: Unit 7- Redox Reactions and Electrochemistry

Topics:

Oxidation-reduction concepts
oxidation number (rules & balancing)
conductance (electrolytic & metallic)
molar conductivity
variation with concentration
Kohlrausch's law
electrochemical cells (electrolytic & galvanic)
electrodes
electrode potentials (standard and non-standard)
cell reactions
emf
Nernst equation & applications
relation between emf & AG
dry cell
lead accumulator
fuel cells

27. Chemistry: Unit 8- Chemical Kinetics

Topics:

Rate of reaction
factors affecting rate
elementary vs complex reactions
order & molecularity
rate law
rate constant (units)
zero & first- order reactions (integrated/differential forms)
half-life
temperature effect
Arrhenius equation
activation energy
collision theory

28. Chemistry: Unit 9- Classification of Elements and Periodicity in Properties

Topics:

Modern periodic law
long-form periodic table
Periodic trends in: Atomic & ionic radii
lonisation enthalpy
Electron gain enthalpy
Valency & oxidation states
Chemical reactivity

29. Chemistry: Unit 10- p-Block Elements (Group 13 to 18)

Topics:

Electronic configuration - General trends in physical & chemical properties (across periods & down groups)
Overview of each group from 13 to 18

30. Chemistry: Unit 11- d- and f- Block Elements

Topics:

Electronic configuration
occurrence
characteristics

31. Chemistry: Unit 12- Coordination Compounds

Topics:

Introduction and basic terms: ligands
coordination number
denticity
chelation - Werner's theory - IUPAC nomenclature (mononuclear compounds)
Types of isomerism
Bonding: Valence bond theory (VBT)
Crystal field theory (CFT) - basic ideas - Colour and magnetic properties
Applications: Qualitative analysis
Extraction of metals Biological importance

32. Chemistry: Unit 13- Characterisation of Organic Compounds

Topics:

Purification methods: Crystallisation
sublimation
distillation
differential extraction
chromatography (principles & applications)

33. Chemistry: Unit 14- Some Basic Principles of Organic Chemistry

Topics:

Tetravalency of carbon
shapes of molecules
Classification of organic compounds based on functionall groups (halogens
O & N & S)
Homologous series - Isomerism: Structurall and stereoisomerism
Nomenclature: IUPAC and trivial names
Covalent bond fission: Homolytic & heterolytic
Reactive intermediates: Free radicals & carbocations & carbanions (stability)
Electrophiles and nucleophiles
Electronic effects: Inductive & electromeric & resonance & hyperconjugation
Types of reactions: Substitution & addition & elimination & rearrangement

34. Chemistry: Unit 15- Hydrocarbons

Topics:

Classification
isomerism
IUPAC naming
general preparation
properties - Alkanes: Conformations (Newman & Sawhorse)
halogenation mechanism - Alkenes: Geometrical isomerism
electrophilic addition (mechanism)
Markovnikov's rule
peroxide effect
ozonolysis
polymerization -Alkynes: Acidic character; addition reactions; polymerization - Aromatic Hydrocarbons: Benzene structure
aromaticity
electrophilic substitution reactions: nitration
halogenation
Friedel-Crafts alkylation/acylation
directive influence

35. Chemistry: Unit 16- Organic Compounds Containing Hallogens

Topics:

General preparation methods
Properties and reactions
Nature of C-X bond
Mechanisms of nucleophilic substitution reactions
Uses and environmental impact: Chloroform & iodoform & freons & DDT

36. Chemistry: Unit 17- Organic Compounds Containing Oxygen

Topics:

General preparation
properties
reactions
uses of Alcohols
dehydration mechanism Phenols: Acidic nature
electrophilic substitution
Reimer-Tiemann reaction Ethers: Structure
Aldehydes and Ketones: Carbonyl group reactivity
nucleophilic addition
oxidation & reduction
a-hydrogen acidity
aldol condensation
Cannizzaro reaction
haloform reaction
distinguishing tests Carboxylic Acids: Acid strength and influencing factors

37. Chemistry: Unit 18- Organic Compounds Containing Nitrogen

Topics:

Amines: Preparation; properties; uses; nomenclature; classification; structure; basicity

38. Chemistry: Unit 19- Biomolecules

Topics:

Carbohydrates
Proteins
Vitamins
Hormones

39. Mathematics: Unit 1- Sets & Relations and Functions

Topics:

Sets and representation
Power set
Relations and types
Functions

40. Mathematics: Unit 2- Complex Numbers and Quadratic Equations

Topics:

Complex numbers as ordered pairs of reals
Argand diagram - Modulus
argument
Algebra of complex numbers
Quadratic equations
Roots and coefficients
Formation of equations

41. Mathematics: Unit 3- Matrices and Determinants

Topics:

Types and algebra of matrices
Determinants (order 2 and 3)
Area of triangle using determinants
Adjoint and inverse of matrices
Solving linear equations using matrices

42. Mathematics: Unit 4- Permutations and Combinations

Topics:

Fundamental principle of counting
Simple applications

43. Mathematics: Unit 5- Binomial Theorem

Topics:

Binomial expansion for positive integers
General term
middle term
Simple applications

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