Chapters for matriculation subjects

Biology
Semester 1:
Cell as a unit of life
Cell structure and function of organelles
Molecules of life
biocatalysis
celullar respiration
photosynthesis
gaseous exchange n its control
transport system
homeostasis
coordination
immunity
Semester 2:
Cell Division
Genetic Inheritance
Population Genetics
Expression of Biological Information
Mutation
Gene Technology
Reproduction n Development
Growth
Biodiversity
Variation
Ecology
Population Ecology
Human n environment

Chemistry:
Semester 1:
matter
states of matter
atomic structure
the periodic table
chemical bonding
chemical equilibrium
ionic equilibria
phase equilibrium
Semester 2:
Thermochemistry
Electrochemistry
Reaction Kinetics
Introduction to organic chemistry
Hydrocarbons
Aromatic Compound
Hydroxy Compound
Haloalkane
Carbonyl compound
Carboxylic Acid n its derivatives
Amines
Amino acid
Polymers

Maths.
Sem 1:
Number system
equations, inequalities n absolute values
polynomials
sequences n series
matrices n systems of linear equations
functions n graphs
limits n continuity
differentiation
integration
sem2:
conic sections
trigonometric
hyperbolic
applications of differentiation
vectors
differential equations
numerical methods
data descriptive
permutations n comvinations
probability
random variables
special probability distributions

Physics
Sem 1:
physical quantities n measurements
kinematics of linear motion
force, momentum n impulse
work, energy n power
static
circular motion
rotation of a rigid body
gravitation
simple harmonic motion
mechanical waves
sound waves
mechanical properties of matter
fluid mechanics
temperature n heat transfer
kinetic theory of gases
thermodynamics
Sem 2:
geometrical optics
physical optics
electrostatics
capacitor n dielectrics
electric current n direct current circuits
magnetic field
electromagnetic induction
alternating current
quantization of light
wave properties of particle
bohr's model of hydrogen atom
x-ray
nucleus
nuclear reaction
radioactivity

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