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NEET Coaching in Ratan Lal Nagar Kanpur - Learnees

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NEET Coaching in Ratan Lal Nagar Kanpur

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Concept Point in Ratan Lal Nagar, Kanpur, offers focused coaching for students preparing for the NEET medical entrance examination. The course emphasizes strong conceptual understanding, NCERT-based learning, regular practice, and doubt-solving sessions. With structured preparation, mock tests, and performance evaluation, students can strengthen their knowledge and improve their exam readiness.

Educator

Live

Classroom (Offline)

STARTS ON

15th Jun

DURATION

1 year

LANGUAGE

English / Hindi

BEST VALUE

Yearly Price

₹85,000₹85,000

Pay₹7,083/month

BEST VALUE

Yearly Price

₹85,000

Pay₹7,083/month

311+ Students Enrolled via Learnees

⚡24/7 Support by Learnees

1. (Physics) Physics and Measurement

Topics:

Units and measurements
SI units
fundamental and derived units
dimensional analysis
significant figures
errors in measurement
precision and accuracy.

Hands-on:

Skills You Will Learn:

2. Mathematical Tools and Vectors

Topics:

Scalars and vectors
vector addition and subtraction
resolution of vectors
unit vectors
scalar product
vector product
basic mathematical applications in physics.

Hands-on:

Skills You Will Learn:

3. Kinematics

Topics:

Frame of reference
motion in a straight line
position-time graphs
velocity-time graphs
speed and velocity
acceleration
equations of motion
motion in a plane
projectile motion
relative velocity
uniform circular motion.

Hands-on:

Skills You Will Learn:

4. Laws of Motion

Topics:

Newton’s laws of motion
inertia
force
momentum
impulse
conservation of linear momentum
equilibrium of concurrent forces
friction
circular motion dynamics.

Hands-on:

Skills You Will Learn:

5. Work, Energy and Power

Topics:

Work done by constant and variable forces
kinetic energy
potential energy
work-energy theorem
power
conservation of mechanical energy
collisions
elastic and inelastic collisions.

Hands-on:

Skills You Will Learn:

6. Rotational Motion

Topics:

Centre of mass
torque
moment of inertia
radius of gyration
angular momentum
conservation of angular momentum
rotational equilibrium
parallel and perpendicular axis theorems
rotational kinetic energy.

Hands-on:

Skills You Will Learn:

7. Gravitation

Topics:

Universal law of gravitation
acceleration due to gravity
variation of gravity
gravitational potential
gravitational potential energy
escape velocity
orbital velocity
satellites
Kepler’s laws.

Hands-on:

Skills You Will Learn:

8. Properties of Solids and Liquids

Topics:

Elasticity
stress and strain
Young’s modulus
bulk modulus
shear modulus
fluid pressure
Pascal’s law
viscosity
Stokes’ law
terminal velocity
surface tension
capillarity
Bernoulli’s principle
thermal expansion
calorimetry
heat transfer.

Hands-on:

Skills You Will Learn:

9. Thermodynamics

Topics:

Thermal equilibrium
zeroth law of thermodynamics
first law of thermodynamics
second law of thermodynamics
internal energy
heat
work
thermodynamic processes
isothermal processes
adiabatic processes
heat engines
refrigerators.

Hands-on:

Skills You Will Learn:

10. Kinetic Theory of Gases

Topics:

Ideal gas equation
kinetic theory
pressure of gases
molecular kinetic energy
degrees of freedom
law of equipartition of energy
specific heat capacities
mean free path
Avogadro’s number.

Hands-on:

Skills You Will Learn:

11. Oscillations and Waves

Topics:

Simple harmonic motion
displacement and velocity in SHM
acceleration
energy in SHM
simple pendulum
wave motion
longitudinal and transverse waves
progressive waves
superposition of waves
standing waves
strings and organ pipes
beats
Doppler effect.

Hands-on:

Skills You Will Learn:

12. Electrostatics

Topics:

Electric charge
conservation of charge
Coulomb’s law
electric field
electric field lines
electric dipole
electric flux
Gauss’s law
electric potential
potential energy
equipotential surfaces
conductors
insulators
capacitors
dielectrics
combinations of capacitors.

Hands-on:

Skills You Will Learn:

13. Current Electricity

Topics:

Electric current
drift velocity
mobility
Ohm’s law
resistance
resistivity
conductivity
temperature dependence of resistance
electrical power
cells and internal resistance
electromotive force
series and parallel combinations
Kirchhoff’s laws
Wheatstone bridge
metre bridge.

Hands-on:

Skills You Will Learn:

14. Magnetic Effects of Current and Magnetism

Topics:

Magnetic fields
Biot-Savart law
Ampere’s law
magnetic force on moving charges
Lorentz force
force on current-carrying conductors
torque on current loops
moving coil galvanometer
conversion of galvanometer into ammeter and voltmeter
magnetic dipoles
bar magnets
magnetic properties of materials.

Hands-on:

Skills You Will Learn:

15. Electromagnetic Induction and Alternating Current

Topics:

Faraday’s laws
Lenz’s law
magnetic flux
induced electromotive force
eddy currents
self-induction
mutual induction
alternating current
peak and RMS values
reactance
impedance
LCR circuits
resonance
power factor
transformers.

Hands-on:

Skills You Will Learn:

16. Electromagnetic Waves

Topics:

Displacement current
electromagnetic waves
properties of electromagnetic waves
electromagnetic spectrum
radio waves
microwaves
infrared radiation
visible light
ultraviolet radiation
X-rays
gamma rays
applications of electromagnetic waves.

Hands-on:

Skills You Will Learn:

17. Optics

Topics:

Reflection of light
spherical mirrors
refraction of light
total internal reflection
optical fibres
lenses
lens formula
lens maker’s formula
power of lenses
combination of lenses
prisms
microscopes
telescopes
wavefronts
Huygens’ principle
interference
Young’s double-slit experiment
diffraction
polarization.

Hands-on:

Skills You Will Learn:

18. Dual Nature of Matter and Radiation

Topics:

Photoelectric effect
Einstein’s photoelectric equation
particle nature of light
wave-particle duality
de Broglie wavelength
matter waves.

Hands-on:

Skills You Will Learn:

19. Atoms and Nuclei

Topics:

Rutherford’s atomic model
Bohr’s model
atomic spectra
energy levels
hydrogen spectrum
nuclear composition
nuclear size
mass defect
binding energy
radioactivity
nuclear fission
nuclear fusion.

Hands-on:

Skills You Will Learn:

20. Electronic Devices

Topics:

Energy bands in solids
conductors
insulators
semiconductors
intrinsic and extrinsic semiconductors
p-n junction diodes
diode characteristics
rectifiers
basic electronic circuits
logic gates.

Hands-on:

Skills You Will Learn:

21. Experimental Skills

Topics:

Vernier calipers
screw gauge
simple pendulum
measurement of acceleration due to gravity
principle of moments
Young’s modulus
surface tension
viscosity
speed of sound
specific heat capacity
resistivity
Ohm’s law
metre bridge
galvanometer
focal length of mirrors and lenses
prism experiments
diode characteristics.

Hands-on:

Skills You Will Learn:

22. (Chemistry) Some Basic Concepts of Chemistry

Topics:

Matter and its nature
laws of chemical combination
atomic and molecular masses
mole concept
molar mass
percentage composition
empirical formula
molecular formula
stoichiometry
limiting reagent.

Hands-on:

Skills You Will Learn:

23. Atomic Structure

Topics:

Fundamental particles
atomic models
electromagnetic radiation
Planck’s quantum theory
photoelectric effect
Bohr’s atomic model
hydrogen spectrum
dual nature of matter
de Broglie relation
Heisenberg uncertainty principle
quantum numbers
atomic orbitals
electronic configuration.

Hands-on:

Skills You Will Learn:

24. Chemical Bonding and Molecular Structure

Topics:

Ionic bonding
covalent bonding
Lewis structures
octet rule
formal charge
resonance
bond parameters
VSEPR theory
hybridization
molecular orbital theory
bond order
hydrogen bonding
polarity of bonds and molecules.

Hands-on:

Skills You Will Learn:

25. Chemical Thermodynamics

Topics:

System and surroundings
state functions
intensive and extensive properties
internal energy
heat and work
first law of thermodynamics
enthalpy
Hess’s law
entropy
spontaneity
Gibbs energy
standard enthalpy changes.

Hands-on:

Skills You Will Learn:

26. Solutions

Topics:

Types of solutions
concentration terms
molarity
molality
mole fraction
solubility
vapour pressure
Raoult’s law
ideal and non-ideal solutions
colligative properties
relative lowering of vapour pressure
elevation of boiling point
depression of freezing point
osmotic pressure
abnormal molar mass
van’t Hoff factor.

Hands-on:

Skills You Will Learn:

27. Equilibrium

Topics:

Dynamic equilibrium
law of mass action
equilibrium constants
reaction quotient
Le Chatelier’s principle
ionic equilibrium
acids and bases
pH
buffer solutions
hydrolysis of salts
common ion effect
solubility product.

Hands-on:

Skills You Will Learn:

28. Redox Reactions and Electrochemistry

Topics:

Oxidation and reduction
oxidation number
balancing redox equations
electrochemical cells
galvanic cells
electrode potential
standard electrode potential
Nernst equation
cell potential
conductance
conductivity
molar conductivity
Kohlrausch’s law
electrolysis
Faraday’s laws
batteries
fuel cells
corrosion.

Hands-on:

Skills You Will Learn:

29. Chemical Kinetics

Topics:

Rate of reaction
average and instantaneous rates
factors affecting reaction rates
rate law
order of reaction
molecularity
integrated rate equations
zero-order reactions
first-order reactions
half-life
temperature dependence
activation energy
Arrhenius equation
collision theory.

Hands-on:

Skills You Will Learn:

30. (Inorganic Chemistry) Classification of Elements and Periodicity

Topics:

Modern periodic law
periodic table
electronic configuration
atomic radius
ionic radius
ionization enthalpy
electron gain enthalpy
electronegativity
valency
periodic trends.

Hands-on:

Skills You Will Learn:

31. Block Elements

Topics:

General electronic configuration
periodic trends
oxidation states
anomalous behaviour of first elements
properties and important compounds of p-block elements as prescribed in the applicable NEET syllabus.

Hands-on:

Skills You Will Learn:

32. D- and F-Block Elements

Topics:

Transition elements
electronic configurations
oxidation states
colour
magnetic properties
catalytic properties
complex formation
alloy formation
lanthanoids
actinoids
lanthanoid contraction
important compounds of transition metals.

Hands-on:

Skills You Will Learn:

33. Coordination Compounds

Topics:

Ligands
coordination number
nomenclature
coordination sphere
oxidation number
isomerism
bonding theories
valence bond theory
crystal field concepts
magnetic properties
colour
stability
applications of coordination compounds.

Hands-on:

Skills You Will Learn:

34. (Organic Chemistry) Purification and Characterisation of Organic Compounds

Topics:

Qualitative analysis
quantitative analysis
crystallisation
sublimation
distillation
chromatography
detection of nitrogen
sulphur and halogens
estimation of carbon and hydrogen
empirical and molecular formula determination.

Hands-on:

Skills You Will Learn:

35. Some Basic Principles of Organic Chemistry

Topics:

Tetravalency of carbon
hybridization
structural representation
nomenclature
isomerism
inductive effect
resonance
electromeric effect
hyperconjugation
homolytic and heterolytic bond cleavage
reaction intermediates
electrophiles
nucleophiles
types of organic reactions.

Hands-on:

Skills You Will Learn:

36. Hydrocarbons

Topics:

Alkanes
alkenes
alkynes
aromatic hydrocarbons
nomenclature
isomerism
preparation methods
physical properties
chemical reactions
addition reactions
substitution reactions
oxidation
ozonolysis
benzene structure
aromaticity
electrophilic substitution.

Hands-on:

Skills You Will Learn:

37. Organic Compounds Containing Halogens

Topics:

Haloalkanes
haloarenes
nomenclature
preparation
physical properties
nucleophilic substitution
elimination reactions
reactivity
environmental effects of selected halogen compounds.

Hands-on:

Skills You Will Learn:

38. Organic Compounds Containing Oxygen

Topics:

Alcohols
phenols
ethers
aldehydes
ketones
carboxylic acids
nomenclature
preparation
physical properties
acidity
chemical reactions
oxidation and reduction
nucleophilic addition
aldol condensation
Cannizzaro reaction
esterification.

Hands-on:

Skills You Will Learn:

39. Organic Compounds Containing Nitrogen

Topics:

Amines
nomenclature
classification
preparation
physical properties
basicity
chemical reactions
diazonium salts
preparation and reactions
applications of nitrogen-containing organic compounds.

Hands-on:

Skills You Will Learn:

40. Biomolecules

Topics:

Carbohydrates
glucose
fructose
disaccharides
polysaccharides
amino acids
proteins
peptide bonds
enzymes
vitamins
nucleic acids
DNA
RNA
biological functions of biomolecules.

Hands-on:

Skills You Will Learn:

41. Principles Related to Practical Chemistry

Topics:

Detection of functional groups
organic compound analysis
inorganic salt analysis
acid-base titrations
redox titrations
preparation of inorganic compounds
preparation of organic compounds
pH experiments
chemical equilibrium experiments
enthalpy experiments
qualitative analysis.

Hands-on:

Skills You Will Learn:

42. (Biology – Botany) Diversity in the Living World

Topics:

Characteristics of living organisms
biodiversity
taxonomy
systematics
binomial nomenclature
taxonomic hierarchy
taxonomic aids
herbarium
botanical gardens
museums
classification systems.

Hands-on:

Skills You Will Learn:

43. Biological Classification

Topics:

Five-kingdom classification
Monera
Protista
Fungi
lichens
viruses
viroids
archaea
bacteria
cyanobacteria
mycoplasma
major groups and characteristics.

Hands-on:

Skills You Will Learn:

44. Plant Kingdom

Topics:

Algae
bryophytes
pteridophytes
gymnosperms
plant life cycles
alternation of generations
plant classification
characteristics and economic importance of major plant groups.

Hands-on:

Skills You Will Learn:

45. Morphology of Flowering Plants

Topics:

Root systems
stem modifications
leaf morphology
phyllotaxy
venation
inflorescence
flower structure
fruits
seeds
floral formula
floral diagrams
families such as Fabaceae
Solanaceae and Liliaceae where prescribed.

Hands-on:

Skills You Will Learn:

46. Anatomy of Flowering Plants

Topics:

Plant tissues
meristematic tissues
permanent tissues
tissue systems
anatomy of roots
stems and leaves
dicot and monocot anatomy
secondary growth
xylem
phloem.

Hands-on:

Skills You Will Learn:

47. Cell Structure and Function

Topics:

Cell theory
prokaryotic cells
eukaryotic cells
cell membrane
cell wall
nucleus
mitochondria
plastids
ribosomes
endoplasmic reticulum
Golgi apparatus
lysosomes
vacuoles
cytoskeleton
chromosomes.

Hands-on:

Skills You Will Learn:

48. Cell Cycle and Cell Division

Topics:

Cell cycle
interphase
mitosis
meiosis
stages of cell division
chromosome behaviour
significance of mitosis
significance of meiosis
genetic variation.

Hands-on:

Skills You Will Learn:

49. Photosynthesis in Higher Plants

Topics:

Photosynthetic pigments
chloroplast structure
light reaction
photolysis of water
photophosphorylation
Calvin cycle
C3 pathway
C4 pathway
photorespiration
factors affecting photosynthesis.

Hands-on:

Skills You Will Learn:

50. Respiration in Plants

Topics:

Cellular respiration
glycolysis
fermentation
aerobic respiration
Krebs cycle
electron transport chain
oxidative phosphorylation
respiratory balance sheet
respiratory quotient.

Hands-on:

Skills You Will Learn:

51. Plant Growth and Development

Topics:

Seed germination
growth phases
growth rates
plant growth regulators
auxins
gibberellins
cytokinins
ethylene
abscisic acid
photoperiodism
vernalisation
dormancy.

Hands-on:

Skills You Will Learn:

52. Sexual Reproduction in Flowering Plants

Topics:

Flower structure
microsporogenesis
megasporogenesis
pollen grains
embryo sac
pollination
pollen-pistil interaction
double fertilisation
endosperm
embryo development
seed formation
apomixis
polyembryony.

Hands-on:

Skills You Will Learn:

53. Principles of Inheritance and Variation

Topics:

Mendelian inheritance
monohybrid crosses
dihybrid crosses
test cross
incomplete dominance
codominance
multiple alleles
blood groups
chromosomal theory of inheritance
linkage
recombination
sex determination
sex-linked inheritance
mutations
genetic disorders.

Hands-on:

Skills You Will Learn:

54. Molecular Basis of Inheritance

Topics:

DNA structure
RNA structure
DNA replication
transcription
genetic code
translation
gene expression
regulation of gene expression
lac operon
Human Genome Project
DNA fingerprinting.

Hands-on:

Skills You Will Learn:

55. Evolution

Topics:

Origin of life
theories of evolution
evidences of evolution
natural selection
adaptive radiation
Hardy-Weinberg principle
genetic drift
gene flow
speciation
human evolution.

Hands-on:

Skills You Will Learn:

56. Microbes in Human Welfare

Topics:

Microbes in household products
industrial production
sewage treatment
biogas production
antibiotics
microbial enzymes
biofertilisers
biological control
food processing.

Hands-on:

Skills You Will Learn:

57. Biotechnology and Its Applications

Topics:

Recombinant DNA technology
genetic engineering
restriction enzymes
vectors
cloning
polymerase chain reaction
gel electrophoresis
biotechnology in medicine
genetically modified organisms
gene therapy
biosafety
biopiracy
patents.

Hands-on:

Skills You Will Learn:

58. Organisms and Populations

Topics:

Habitat
niche
population attributes
population growth
age distribution
adaptations
mutualism
competition
predation
parasitism
commensalism
population interactions.

Hands-on:

Skills You Will Learn:

59. Ecosystem

Topics:

Ecosystem structure
ecosystem function
productivity
decomposition
energy flow
food chains
food webs
ecological pyramids
ecological succession
nutrient cycling
carbon cycle
phosphorus cycle.

Hands-on:

Skills You Will Learn:

60. Biodiversity and Conservation

Topics:

Biodiversity levels
species diversity
genetic diversity
ecosystem diversity
biodiversity patterns
biodiversity loss
extinction
endangered species
in-situ conservation
ex-situ conservation
national parks
wildlife sanctuaries
biodiversity hotspots.

Hands-on:

Skills You Will Learn:

61. (Biology – Zoology) Structural Organisation in Animals

Topics:

Animal tissues
epithelial tissue
connective tissue
muscular tissue
nervous tissue
morphology and anatomy of representative animals as prescribed
organ systems
tissue organisation.

Hands-on:

Skills You Will Learn:

62. Human Physiology – Digestion and Absorption

Topics:

Human digestive system
alimentary canal
digestive glands
digestive enzymes
digestion of carbohydrates
proteins and fats
absorption
assimilation
regulation of digestion
digestive disorders.

Hands-on:

Skills You Will Learn:

63. Breathing and Exchange of Gases

Topics:

Human respiratory system
mechanism of breathing
respiratory volumes
gas exchange
transport of oxygen
transport of carbon dioxide
regulation of respiration
respiratory disorders.

Hands-on:

Skills You Will Learn:

64. Body Fluids and Circulation

Topics:

Blood composition
blood groups
coagulation
lymph
human heart
cardiac cycle
cardiac output
electrocardiogram
double circulation
blood pressure
regulation of circulation
circulatory disorders.

Hands-on:

Skills You Will Learn:

65. Excretory Products and Their Elimination

Topics:

Human excretory system
kidney structure
nephron
urine formation
filtration
reabsorption
secretion
counter-current mechanism
osmoregulation
hormonal regulation
dialysis
kidney disorders.

Hands-on:

Skills You Will Learn:

66. Locomotion and Movement

Topics:

Types of movement
skeletal system
bones
joints
skeletal muscles
muscle contraction
sliding filament theory
muscular disorders
skeletal disorders.

Hands-on:

Skills You Will Learn:

67. Neural Control and Coordination

Topics:

Neuron structure
nerve impulse
resting potential
action potential
synapse
central nervous system
peripheral nervous system
autonomic nervous system
reflex action
sensory receptors.

Hands-on:

Skills You Will Learn:

68. Chemical Coordination and Integration

Topics:

Endocrine glands
hormones
pituitary gland
thyroid gland
parathyroid glands
adrenal glands
pancreas
gonads
hormonal mechanisms
feedback regulation
endocrine disorders.

Hands-on:

Skills You Will Learn:

69. Human Reproduction

Topics:

Male reproductive system
female reproductive system
gametogenesis
spermatogenesis
oogenesis
menstrual cycle
fertilisation
implantation
pregnancy
embryonic development
placenta
parturition
lactation.

Hands-on:

Skills You Will Learn:

70. Reproductive Health

Topics:

Reproductive health
contraception
natural methods
barrier methods
intrauterine devices
hormonal contraception
surgical methods
sexually transmitted infections
infertility
assisted reproductive technologies
in-vitro fertilisation.

Hands-on:

Skills You Will Learn:

71. Genetics and Evolution

Topics:

Mendelian inheritance
genetic crosses
inheritance patterns
chromosomal theory
linkage and recombination
sex determination
genetic disorders
molecular inheritance
DNA replication
transcription
translation
evolution
natural selection
Hardy-Weinberg equilibrium.

Hands-on:

Skills You Will Learn:

72. Human Health and Disease

Topics:

Health and disease
pathogens
bacterial diseases
viral diseases
protozoan diseases
helminthic diseases
immunity
innate immunity
acquired immunity
antibodies
vaccination
allergies
autoimmune disorders
cancer
HIV/AIDS
substance abuse.

Hands-on:

Skills You Will Learn:

73. Animal Kingdom

Topics:

Basis of classification
symmetry
levels of organisation
body cavity
segmentation
notochord
Porifera
Cnidaria
Ctenophora
Platyhelminthes
Aschelminthes
Annelida
Arthropoda
Mollusca
Echinodermata
Hemichordata
Chordata
major vertebrate classes.

Hands-on:

Skills You Will Learn:

74. Ecology and Environment

Topics:

Organism-environment relationships
ecological adaptations
population interactions
population growth
ecosystem processes
energy flow
ecological pyramids
nutrient cycles
biodiversity
conservation
environmental issues.

Hands-on:

Skills You Will Learn:

75. Evolution and Origin of Life

Topics:

Origin of life
chemical evolution
evidences of evolution
Darwinism
natural selection
modern synthetic theory
adaptive radiation
speciation
human evolution
evolutionary relationships.

Hands-on:

Skills You Will Learn:

76. NCERT-Based Preparation

Topics:

NCERT textbook reading
line-by-line Biology revision
important definitions
diagrams
tables
formulas
chemical reactions.

Hands-on:

Skills You Will Learn:

77. Topic-Wise Practice

Topics:

Physics numerical problems
Chemistry reaction-based questions
Biology concept-based MCQs
assertion and reasoning questions where applicable
application-based questions.

Hands-on:

Skills You Will Learn:

78. Previous Year Questions

Topics:

Chapter-wise NEET questions
topic-wise PYQs
recurring concepts
question pattern analysis
error analysis.

Hands-on:

Skills You Will Learn:

79. Mock Test Series

Topics:

Physics sectional tests
Chemistry sectional tests
Biology sectional tests
full-length NEET mock tests
timed practice
OMR practice
performance analysis.

Hands-on:

Skills You Will Learn:

80. Revision and Doubt Resolution

Topics:

Formula revision
Biology diagrams
Chemistry reactions
weak-topic revision
doubt-clearing sessions
mistake notebook
final revision schedule.

Hands-on:

Skills You Will Learn:

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What you'll learn in NEET Coaching in Ratan Lal Nagar Kanpur

Course Specifications6

Foundation to Advanced Preparation

Regular Assessments And Progress Tracking

Academic Guidance And Exam Preparation Strategies

Subject-Wise Notes

NCERT-Based Content

And Practice Questions

Course Key Components5

Previous Year Questions

Mock Test Series

Study Material and Notes

Regular Assessments

Doubt Resolution Sessions

Curriculum / Syllabus Overview By Experts

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

(Physics) Physics and Measurement

7 Topics

Mathematical Tools and Vectors

7 Topics

Kinematics

11 Topics

Laws of Motion

9 Topics

Work, Energy and Power

8 Topics

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1. (Physics) Physics and Measurement

Topics:

Units and measurements
SI units
fundamental and derived units
dimensional analysis
significant figures
errors in measurement
precision and accuracy.

2. Mathematical Tools and Vectors

Topics:

Scalars and vectors
vector addition and subtraction
resolution of vectors
unit vectors
scalar product
vector product
basic mathematical applications in physics.

3. Kinematics

Topics:

Frame of reference
motion in a straight line
position-time graphs
velocity-time graphs
speed and velocity
acceleration
equations of motion
motion in a plane
projectile motion
relative velocity
uniform circular motion.

4. Laws of Motion

Topics:

Newton’s laws of motion
inertia
force
momentum
impulse
conservation of linear momentum
equilibrium of concurrent forces
friction
circular motion dynamics.

5. Work, Energy and Power

Topics:

Work done by constant and variable forces
kinetic energy
potential energy
work-energy theorem
power
conservation of mechanical energy
collisions
elastic and inelastic collisions.

6. Rotational Motion

Topics:

Centre of mass
torque
moment of inertia
radius of gyration
angular momentum
conservation of angular momentum
rotational equilibrium
parallel and perpendicular axis theorems
rotational kinetic energy.

7. Gravitation

Topics:

Universal law of gravitation
acceleration due to gravity
variation of gravity
gravitational potential
gravitational potential energy
escape velocity
orbital velocity
satellites
Kepler’s laws.

8. Properties of Solids and Liquids

Topics:

Elasticity
stress and strain
Young’s modulus
bulk modulus
shear modulus
fluid pressure
Pascal’s law
viscosity
Stokes’ law
terminal velocity
surface tension
capillarity
Bernoulli’s principle
thermal expansion
calorimetry
heat transfer.

9. Thermodynamics

Topics:

Thermal equilibrium
zeroth law of thermodynamics
first law of thermodynamics
second law of thermodynamics
internal energy
heat
work
thermodynamic processes
isothermal processes
adiabatic processes
heat engines
refrigerators.

10. Kinetic Theory of Gases

Topics:

Ideal gas equation
kinetic theory
pressure of gases
molecular kinetic energy
degrees of freedom
law of equipartition of energy
specific heat capacities
mean free path
Avogadro’s number.

11. Oscillations and Waves

Topics:

Simple harmonic motion
displacement and velocity in SHM
acceleration
energy in SHM
simple pendulum
wave motion
longitudinal and transverse waves
progressive waves
superposition of waves
standing waves
strings and organ pipes
beats
Doppler effect.

12. Electrostatics

Topics:

Electric charge
conservation of charge
Coulomb’s law
electric field
electric field lines
electric dipole
electric flux
Gauss’s law
electric potential
potential energy
equipotential surfaces
conductors
insulators
capacitors
dielectrics
combinations of capacitors.

13. Current Electricity

Topics:

Electric current
drift velocity
mobility
Ohm’s law
resistance
resistivity
conductivity
temperature dependence of resistance
electrical power
cells and internal resistance
electromotive force
series and parallel combinations
Kirchhoff’s laws
Wheatstone bridge
metre bridge.

14. Magnetic Effects of Current and Magnetism

Topics:

Magnetic fields
Biot-Savart law
Ampere’s law
magnetic force on moving charges
Lorentz force
force on current-carrying conductors
torque on current loops
moving coil galvanometer
conversion of galvanometer into ammeter and voltmeter
magnetic dipoles
bar magnets
magnetic properties of materials.

15. Electromagnetic Induction and Alternating Current

Topics:

Faraday’s laws
Lenz’s law
magnetic flux
induced electromotive force
eddy currents
self-induction
mutual induction
alternating current
peak and RMS values
reactance
impedance
LCR circuits
resonance
power factor
transformers.

16. Electromagnetic Waves

Topics:

Displacement current
electromagnetic waves
properties of electromagnetic waves
electromagnetic spectrum
radio waves
microwaves
infrared radiation
visible light
ultraviolet radiation
X-rays
gamma rays
applications of electromagnetic waves.

17. Optics

Topics:

Reflection of light
spherical mirrors
refraction of light
total internal reflection
optical fibres
lenses
lens formula
lens maker’s formula
power of lenses
combination of lenses
prisms
microscopes
telescopes
wavefronts
Huygens’ principle
interference
Young’s double-slit experiment
diffraction
polarization.

18. Dual Nature of Matter and Radiation

Topics:

Photoelectric effect
Einstein’s photoelectric equation
particle nature of light
wave-particle duality
de Broglie wavelength
matter waves.

19. Atoms and Nuclei

Topics:

Rutherford’s atomic model
Bohr’s model
atomic spectra
energy levels
hydrogen spectrum
nuclear composition
nuclear size
mass defect
binding energy
radioactivity
nuclear fission
nuclear fusion.

20. Electronic Devices

Topics:

Energy bands in solids
conductors
insulators
semiconductors
intrinsic and extrinsic semiconductors
p-n junction diodes
diode characteristics
rectifiers
basic electronic circuits
logic gates.

21. Experimental Skills

Topics:

Vernier calipers
screw gauge
simple pendulum
measurement of acceleration due to gravity
principle of moments
Young’s modulus
surface tension
viscosity
speed of sound
specific heat capacity
resistivity
Ohm’s law
metre bridge
galvanometer
focal length of mirrors and lenses
prism experiments
diode characteristics.

22. (Chemistry) Some Basic Concepts of Chemistry

Topics:

Matter and its nature
laws of chemical combination
atomic and molecular masses
mole concept
molar mass
percentage composition
empirical formula
molecular formula
stoichiometry
limiting reagent.

23. Atomic Structure

Topics:

Fundamental particles
atomic models
electromagnetic radiation
Planck’s quantum theory
photoelectric effect
Bohr’s atomic model
hydrogen spectrum
dual nature of matter
de Broglie relation
Heisenberg uncertainty principle
quantum numbers
atomic orbitals
electronic configuration.

24. Chemical Bonding and Molecular Structure

Topics:

Ionic bonding
covalent bonding
Lewis structures
octet rule
formal charge
resonance
bond parameters
VSEPR theory
hybridization
molecular orbital theory
bond order
hydrogen bonding
polarity of bonds and molecules.

25. Chemical Thermodynamics

Topics:

System and surroundings
state functions
intensive and extensive properties
internal energy
heat and work
first law of thermodynamics
enthalpy
Hess’s law
entropy
spontaneity
Gibbs energy
standard enthalpy changes.

26. Solutions

Topics:

Types of solutions
concentration terms
molarity
molality
mole fraction
solubility
vapour pressure
Raoult’s law
ideal and non-ideal solutions
colligative properties
relative lowering of vapour pressure
elevation of boiling point
depression of freezing point
osmotic pressure
abnormal molar mass
van’t Hoff factor.

27. Equilibrium

Topics:

Dynamic equilibrium
law of mass action
equilibrium constants
reaction quotient
Le Chatelier’s principle
ionic equilibrium
acids and bases
pH
buffer solutions
hydrolysis of salts
common ion effect
solubility product.

28. Redox Reactions and Electrochemistry

Topics:

Oxidation and reduction
oxidation number
balancing redox equations
electrochemical cells
galvanic cells
electrode potential
standard electrode potential
Nernst equation
cell potential
conductance
conductivity
molar conductivity
Kohlrausch’s law
electrolysis
Faraday’s laws
batteries
fuel cells
corrosion.

29. Chemical Kinetics

Topics:

Rate of reaction
average and instantaneous rates
factors affecting reaction rates
rate law
order of reaction
molecularity
integrated rate equations
zero-order reactions
first-order reactions
half-life
temperature dependence
activation energy
Arrhenius equation
collision theory.

30. (Inorganic Chemistry) Classification of Elements and Periodicity

Topics:

Modern periodic law
periodic table
electronic configuration
atomic radius
ionic radius
ionization enthalpy
electron gain enthalpy
electronegativity
valency
periodic trends.

31. Block Elements

Topics:

General electronic configuration
periodic trends
oxidation states
anomalous behaviour of first elements
properties and important compounds of p-block elements as prescribed in the applicable NEET syllabus.

32. D- and F-Block Elements

Topics:

Transition elements
electronic configurations
oxidation states
colour
magnetic properties
catalytic properties
complex formation
alloy formation
lanthanoids
actinoids
lanthanoid contraction
important compounds of transition metals.

33. Coordination Compounds

Topics:

Ligands
coordination number
nomenclature
coordination sphere
oxidation number
isomerism
bonding theories
valence bond theory
crystal field concepts
magnetic properties
colour
stability
applications of coordination compounds.

34. (Organic Chemistry) Purification and Characterisation of Organic Compounds

Topics:

Qualitative analysis
quantitative analysis
crystallisation
sublimation
distillation
chromatography
detection of nitrogen
sulphur and halogens
estimation of carbon and hydrogen
empirical and molecular formula determination.

35. Some Basic Principles of Organic Chemistry

Topics:

Tetravalency of carbon
hybridization
structural representation
nomenclature
isomerism
inductive effect
resonance
electromeric effect
hyperconjugation
homolytic and heterolytic bond cleavage
reaction intermediates
electrophiles
nucleophiles
types of organic reactions.

36. Hydrocarbons

Topics:

Alkanes
alkenes
alkynes
aromatic hydrocarbons
nomenclature
isomerism
preparation methods
physical properties
chemical reactions
addition reactions
substitution reactions
oxidation
ozonolysis
benzene structure
aromaticity
electrophilic substitution.

37. Organic Compounds Containing Halogens

Topics:

Haloalkanes
haloarenes
nomenclature
preparation
physical properties
nucleophilic substitution
elimination reactions
reactivity
environmental effects of selected halogen compounds.

38. Organic Compounds Containing Oxygen

Topics:

Alcohols
phenols
ethers
aldehydes
ketones
carboxylic acids
nomenclature
preparation
physical properties
acidity
chemical reactions
oxidation and reduction
nucleophilic addition
aldol condensation
Cannizzaro reaction
esterification.

39. Organic Compounds Containing Nitrogen

Topics:

Amines
nomenclature
classification
preparation
physical properties
basicity
chemical reactions
diazonium salts
preparation and reactions
applications of nitrogen-containing organic compounds.

40. Biomolecules

Topics:

Carbohydrates
glucose
fructose
disaccharides
polysaccharides
amino acids
proteins
peptide bonds
enzymes
vitamins
nucleic acids
DNA
RNA
biological functions of biomolecules.

41. Principles Related to Practical Chemistry

Topics:

Detection of functional groups
organic compound analysis
inorganic salt analysis
acid-base titrations
redox titrations
preparation of inorganic compounds
preparation of organic compounds
pH experiments
chemical equilibrium experiments
enthalpy experiments
qualitative analysis.

42. (Biology – Botany) Diversity in the Living World

Topics:

Characteristics of living organisms
biodiversity
taxonomy
systematics
binomial nomenclature
taxonomic hierarchy
taxonomic aids
herbarium
botanical gardens
museums
classification systems.

43. Biological Classification

Topics:

Five-kingdom classification
Monera
Protista
Fungi
lichens
viruses
viroids
archaea
bacteria
cyanobacteria
mycoplasma
major groups and characteristics.

44. Plant Kingdom

Topics:

Algae
bryophytes
pteridophytes
gymnosperms
plant life cycles
alternation of generations
plant classification
characteristics and economic importance of major plant groups.

45. Morphology of Flowering Plants

Topics:

Root systems
stem modifications
leaf morphology
phyllotaxy
venation
inflorescence
flower structure
fruits
seeds
floral formula
floral diagrams
families such as Fabaceae
Solanaceae and Liliaceae where prescribed.

46. Anatomy of Flowering Plants

Topics:

Plant tissues
meristematic tissues
permanent tissues
tissue systems
anatomy of roots
stems and leaves
dicot and monocot anatomy
secondary growth
xylem
phloem.

47. Cell Structure and Function

Topics:

Cell theory
prokaryotic cells
eukaryotic cells
cell membrane
cell wall
nucleus
mitochondria
plastids
ribosomes
endoplasmic reticulum
Golgi apparatus
lysosomes
vacuoles
cytoskeleton
chromosomes.

48. Cell Cycle and Cell Division

Topics:

Cell cycle
interphase
mitosis
meiosis
stages of cell division
chromosome behaviour
significance of mitosis
significance of meiosis
genetic variation.

49. Photosynthesis in Higher Plants

Topics:

Photosynthetic pigments
chloroplast structure
light reaction
photolysis of water
photophosphorylation
Calvin cycle
C3 pathway
C4 pathway
photorespiration
factors affecting photosynthesis.

50. Respiration in Plants

Topics:

Cellular respiration
glycolysis
fermentation
aerobic respiration
Krebs cycle
electron transport chain
oxidative phosphorylation
respiratory balance sheet
respiratory quotient.

51. Plant Growth and Development

Topics:

Seed germination
growth phases
growth rates
plant growth regulators
auxins
gibberellins
cytokinins
ethylene
abscisic acid
photoperiodism
vernalisation
dormancy.

52. Sexual Reproduction in Flowering Plants

Topics:

Flower structure
microsporogenesis
megasporogenesis
pollen grains
embryo sac
pollination
pollen-pistil interaction
double fertilisation
endosperm
embryo development
seed formation
apomixis
polyembryony.

53. Principles of Inheritance and Variation

Topics:

Mendelian inheritance
monohybrid crosses
dihybrid crosses
test cross
incomplete dominance
codominance
multiple alleles
blood groups
chromosomal theory of inheritance
linkage
recombination
sex determination
sex-linked inheritance
mutations
genetic disorders.

54. Molecular Basis of Inheritance

Topics:

DNA structure
RNA structure
DNA replication
transcription
genetic code
translation
gene expression
regulation of gene expression
lac operon
Human Genome Project
DNA fingerprinting.

55. Evolution

Topics:

Origin of life
theories of evolution
evidences of evolution
natural selection
adaptive radiation
Hardy-Weinberg principle
genetic drift
gene flow
speciation
human evolution.

56. Microbes in Human Welfare

Topics:

Microbes in household products
industrial production
sewage treatment
biogas production
antibiotics
microbial enzymes
biofertilisers
biological control
food processing.

57. Biotechnology and Its Applications

Topics:

Recombinant DNA technology
genetic engineering
restriction enzymes
vectors
cloning
polymerase chain reaction
gel electrophoresis
biotechnology in medicine
genetically modified organisms
gene therapy
biosafety
biopiracy
patents.

58. Organisms and Populations

Topics:

Habitat
niche
population attributes
population growth
age distribution
adaptations
mutualism
competition
predation
parasitism
commensalism
population interactions.

59. Ecosystem

Topics:

Ecosystem structure
ecosystem function
productivity
decomposition
energy flow
food chains
food webs
ecological pyramids
ecological succession
nutrient cycling
carbon cycle
phosphorus cycle.

60. Biodiversity and Conservation

Topics:

Biodiversity levels
species diversity
genetic diversity
ecosystem diversity
biodiversity patterns
biodiversity loss
extinction
endangered species
in-situ conservation
ex-situ conservation
national parks
wildlife sanctuaries
biodiversity hotspots.

61. (Biology – Zoology) Structural Organisation in Animals

Topics:

Animal tissues
epithelial tissue
connective tissue
muscular tissue
nervous tissue
morphology and anatomy of representative animals as prescribed
organ systems
tissue organisation.

62. Human Physiology – Digestion and Absorption

Topics:

Human digestive system
alimentary canal
digestive glands
digestive enzymes
digestion of carbohydrates
proteins and fats
absorption
assimilation
regulation of digestion
digestive disorders.

63. Breathing and Exchange of Gases

Topics:

Human respiratory system
mechanism of breathing
respiratory volumes
gas exchange
transport of oxygen
transport of carbon dioxide
regulation of respiration
respiratory disorders.

64. Body Fluids and Circulation

Topics:

Blood composition
blood groups
coagulation
lymph
human heart
cardiac cycle
cardiac output
electrocardiogram
double circulation
blood pressure
regulation of circulation
circulatory disorders.

65. Excretory Products and Their Elimination

Topics:

Human excretory system
kidney structure
nephron
urine formation
filtration
reabsorption
secretion
counter-current mechanism
osmoregulation
hormonal regulation
dialysis
kidney disorders.

66. Locomotion and Movement

Topics:

Types of movement
skeletal system
bones
joints
skeletal muscles
muscle contraction
sliding filament theory
muscular disorders
skeletal disorders.

67. Neural Control and Coordination

Topics:

Neuron structure
nerve impulse
resting potential
action potential
synapse
central nervous system
peripheral nervous system
autonomic nervous system
reflex action
sensory receptors.

68. Chemical Coordination and Integration

Topics:

Endocrine glands
hormones
pituitary gland
thyroid gland
parathyroid glands
adrenal glands
pancreas
gonads
hormonal mechanisms
feedback regulation
endocrine disorders.

69. Human Reproduction

Topics:

Male reproductive system
female reproductive system
gametogenesis
spermatogenesis
oogenesis
menstrual cycle
fertilisation
implantation
pregnancy
embryonic development
placenta
parturition
lactation.

70. Reproductive Health

Topics:

Reproductive health
contraception
natural methods
barrier methods
intrauterine devices
hormonal contraception
surgical methods
sexually transmitted infections
infertility
assisted reproductive technologies
in-vitro fertilisation.

71. Genetics and Evolution

Topics:

Mendelian inheritance
genetic crosses
inheritance patterns
chromosomal theory
linkage and recombination
sex determination
genetic disorders
molecular inheritance
DNA replication
transcription
translation
evolution
natural selection
Hardy-Weinberg equilibrium.

72. Human Health and Disease

Topics:

Health and disease
pathogens
bacterial diseases
viral diseases
protozoan diseases
helminthic diseases
immunity
innate immunity
acquired immunity
antibodies
vaccination
allergies
autoimmune disorders
cancer
HIV/AIDS
substance abuse.

73. Animal Kingdom

Topics:

Basis of classification
symmetry
levels of organisation
body cavity
segmentation
notochord
Porifera
Cnidaria
Ctenophora
Platyhelminthes
Aschelminthes
Annelida
Arthropoda
Mollusca
Echinodermata
Hemichordata
Chordata
major vertebrate classes.

74. Ecology and Environment

Topics:

Organism-environment relationships
ecological adaptations
population interactions
population growth
ecosystem processes
energy flow
ecological pyramids
nutrient cycles
biodiversity
conservation
environmental issues.

75. Evolution and Origin of Life

Topics:

Origin of life
chemical evolution
evidences of evolution
Darwinism
natural selection
modern synthetic theory
adaptive radiation
speciation
human evolution
evolutionary relationships.

76. NCERT-Based Preparation

Topics:

NCERT textbook reading
line-by-line Biology revision
important definitions
diagrams
tables
formulas
chemical reactions.

77. Topic-Wise Practice

Topics:

Physics numerical problems
Chemistry reaction-based questions
Biology concept-based MCQs
assertion and reasoning questions where applicable
application-based questions.

78. Previous Year Questions

Topics:

Chapter-wise NEET questions
topic-wise PYQs
recurring concepts
question pattern analysis
error analysis.

79. Mock Test Series

Topics:

Physics sectional tests
Chemistry sectional tests
Biology sectional tests
full-length NEET mock tests
timed practice
OMR practice
performance analysis.

80. Revision and Doubt Resolution

Topics:

Formula revision
Biology diagrams
Chemistry reactions
weak-topic revision
doubt-clearing sessions
mistake notebook
final revision schedule.

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Master core concepts through structured learning, consistent practice, and detailed analysis of previous years' questions. Building strong analytical thinking and systematic problem-solving skills is essential for long-term success in any high-stakes competitive evaluation.

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Course Overview: NEET Coaching in Ratan Lal Nagar Kanpur

Essential details: objectives, prerequisites, schedule, and outcomes

To build strong conceptual understanding of Physics, Chemistry, and Biology according to the NEET syllabus. To improve problem-solving skills, accuracy, time management, and confidence through regular practice and mock tests. To prepare students effectively for the NEET examination and help them work toward admission to medical colleges.