UDAAN COURSE TIMETABLE (2014–2015)
CLASS XI AND CLASS XII
C02 States of Matter
Gaseous & Liquid State
8th week
10th–11th Jan
Chemical Equilibrium
9th
17th–18th Jan
Ionic Equilibrium
10th week 24th–25th Jan
11th week 31st–Jan 1st Feb
C05 Chemical Thermodynamics
Chemical Thermodynamics
Termchemistry
12th week 7th–8th Feb
13th week 14th–15th Feb
Some Basic Principles of
C20
Organic Chemistry
Nomenclature
Electronic Effects
Acidity and Basicity
Isomerism
14th week 21st–22nd Feb
Alkanes
Alkenes
15th week 28th Feb–1st Mar
Alkynes
Benzens and its derivatives
16th week 7th–8th Mar
C07 Equilibrium
BREAKUP FOR CLASS–XI (PHYSICS)
Topics
P03 General Physics
P02 Kinematics
Sub–Topics
Units and dimensions, Error analysis
Motion in one and two dimensions Relative velocity
P03 Laws of Motion
Newton's laws of motions Friction
Week
1st
week
Dates
22nd–23rd
Nov
2nd week
29th–30th Nov
3rd
6th–7th
week
Dec
4th week
13th–14th Dec
5th week
20th–21st Dec
6th week
27th–28th Dec
C21 Hydrocarbons
P04 Circular Motion
Concepts of Circular Motion
Motion on vertical circle
7th week
3rd–4th Jan
P05 Work, Energy and Power
Work, Energy and Power
8th week
10th–11th Jan
C13 Hydrogen & s-block Elements
Hydrogen & s-block Elements
P06 System of Particles
Centre of Mass and its Motion Collision
9th week
17th–18th Jan
General Principles of inorganic Chemistry
P07 Rotational Motion
Rigid body, Angular Velocity, Moment of Inertia
Torque, Rotational equilibrium
Angular momentum and its conservation Rolling
10th week 24th–25th Jan
11th week 31st–Jan 1st Feb
General Principal of Inorganic
C14
Chemistry
C15 p-block Elements
Group 13 & 14
C18 Environment Chemistry
Environment Chemistry
Gravitational Force, Field and Potential
Gravitational Potential Energy, Escape velocity, Satellites
12th week 7th–8th Feb
P08 Gravitation
Pressure in a fuid; Pascal's law
Buoyancy, Bernoulli's theorem and its applications
P09 Properties of Solids and Liquids
Surface tension, capillary rise
Viscosity, Stoke's law, Hooke's law, Young's modulus
P10 Oscillation & Waves
P12 Thermal Physics
13th week 14th–15th Feb
14th week 21st–22nd Feb
Wave motion, superposition of waves stationary waves;
Vibration of strings and air columns
Resonance; Beats; Speed of sound in gases; Doppler effect
16th week 7th–8th Mar
17th week 14th–15th Mar
Thermal Expansion, Calorimetry
Heat Transfer
Thermodynamics
Circles
M11
Parabola
Coordinate Geometry-II
Sub–Topics
18th week 21st–22nd Mar
Week
Ellipse
Week
Dates
1st week
22nd–23rd Nov
2nd week
29th–30th Nov
3rd week
6th–7th Dec
4th week
13th–14th Dec
5th
week
20th–21st Dec
6th
week
27th–28th Dec
7th
week
3rd–4th Jan
8th
week
9th week
10th–11th Jan
17th–18th Jan
10th week
24th–25th Jan
11th week
31st–Jan 1st Feb
Quadratic Equations
12th week
7th–8th Feb
Hyperbola
BREAKUP FOR CLASS–XI (CHEMISTRY)
Topics
Sub–Topics
Straight Line
M02 Complex Numbers and Quadratic Equations
C03 Atomic Structure
18th week 21st–22nd Mar
Coordinate Geometry-I
15th week 28th Feb–1st Mar
17th week 14th–15th Mar
BREAKUP FOR CLASS–XI (MATHEMATICS)
Topics
Linear SHM
Angular SHM
week
Complex Numbers
Dates
Atomic models and quantum mechanics
1st week
22nd–23rd Nov
M07 Sequences and Series
Sequences and Series
13th week
14th–15th Feb
C11
Classification of Elements and
Periodicity in Properties
Trends in the Periodic table
2nd week
29th–30th Nov
M04 Permutations and Combinations
Permutations and Combinations
14th week
21st–22nd Feb
C04
Chemical Bonding and
Molecular Structure
VBT Theory, Hybridization & Shape of Molecules
Molecular Orbital Theory
3rd week
6th–7th Dec
M06 Binomial Theorem and its Simple Applications
Principle and Simple Application for
Positive Integral Index
15th week
28th Feb–1st Mar
Some Basic Concepts in
Chemistry
Mole concept, Stoichiometry
4th week
13th–14th Dec
C01
5th week
20th–21st Dec
16th week
7th–8th Mar
Equivalent concept, neutralization
6th week
27th–28th Dec
17th week
14th–15th Mar
Redox Reactions
Electrochemical cells
Application
7th week
3rd–4th Jan
18th week
21st–22nd Mar
C08 Redox Reactions
Trigonometric Functions
M15 Trigonometry
Trigonometric Equations
Inverse Trigonometry Functions
M16 Mathematical Reasoning
Mathematical Reasoning
M13 Statistics
Statistics
BREAKUP FOR CLASS–XII (PHYSICS – CRASH COURSE)
Topics
Sub–Topics
Week
Dates
P01 General Physics
Units and dimensions, Error analysis
1st week
22nd–23rd Nov
P02 Kinematics
Motion in one and two dimensions
Relative velocity
2nd week
29th–30th Nov
P03 Laws of Motion
Newton's laws of motion
Friction
3rd week
6th–7th Dec
4th week
13th–14th Dec
P04 Circular Motion
Concepts of circular motion
Motion in vertical circle
5th week
20th–21st Dec
P05 Work, Energy and Power
Work, Energy and Power
6th week
27th–28th Dec
P06 System of particles
Centre of mass and its motion
Collision
P07 Rotational Motion
Rigid body, Angular velocity, Moment Inertia
Torque, Rotational equilibrium
Angular momentum and its conservation Rolling
P08 Gravitation
Gravitational Force, Field and Potential
Gravitational Potential Energy, Escape velocity,
Satellites
P09
Properties and Solids and
Liquids
Pressure in a fluid; Pascal's law
Buoyancy, Bernoulli's theorem and its applications
Surface tension, capillary rise
Viscosity, Stoke's law, Hooke's law, Young's modulus
P10 Simple harmonic motion
Linear SHM
Angular SHM
P11 Waves
Wave motion, superposition of waves stationary
waves; Vibration of strings and air columns
Resonance; Beats; Speed of sound in gases; Doppler
effect
P12 Thermal Physics
Thermal expansion, Calorimetry
Heat transfer
Thermodynamics
P13 Electrostatics
Coulomb's law; Electric field and potential
Electrical potential energy, Electric dipole
Gauss's and its applications
Capacitance
P14 Current Electricity
Electric current; Ohm's law
Kirchhoff's laws and applications
Meter bridge and Potentiometer
Heating effect of current
Magnetic Effects of Current and
P15
Magnetism
P16
Electromagnetic Induction and
Alternating currents
P17 Optics
Ray Optics
Wave Optics
Photoelectric effect, matter waves
Hydrogen-like atoms
X-rays
P19 Atoms and Nuclei
Law of radioactive decay, Binding energy
Semi Conductor Physics
P20
Communication
Semi Conductor Physics
Communication
7th week
Topics
3rd–4th Jan
10th–11th Jan
Some Basic Principles of
Organic Chemistry
C21 Hydrocarbons
Organic Compounds
containing Oxygen
17th–18th Jan
Organic Compounds
C23
containing Oxygen
C23
10th week
12th
week
Organic Compounds
containing Oxygen
31st–Jan 1st Feb
7th–8th
Feb
Sub–Topics
Acidity and Basicity
21st–22nd Feb
Week
Dates
1st week
22nd–23rd Nov
Purification and Characterization
or Organic Compounds
2nd week
29th–30th Nov
Alkanes
Alkanes
3rd week
6th–7th Dec
Alkynes
Benzene and its derivatives
4th week
13th–14th Dec
5th week
20th–21st Dec
6th week
27th–28th Dec
7th week
3rd–4th Jan
8th week
10th–11th Jan
9th week
17th–18th Jan
Applications
Preparation and properties
Substitution Nucleophilic reactions
Elimination reactions
Alcohols, phenols
Ether
Aldehydes and Ketones
Carboxylic Acid and derivatives
24th–25th Jan
C24
11th week
14th week
Isomerism
C22
9th week
14th–15th Feb
Electronic Effects
Purification and
C19 Characterization of Organic
Compound
8th week
13th week
BREAKUP FOR CLASS–XII (CHEMISTY – CRASH COURSE)
C20
Biot-Savart's law and Ampere's law
Force on a moving charge
Moving coil galvanometer and its conversions
Faraday's law, Lenz's law
Self and mutual inductance
RC, I.R and LC circuits with D.C. and A.C. sources
P18 Dual Nature of Matter and Radiation
Organic Compounds
containing Nitrogen
Aliphatic compounds and
reactions Aromatic compounds and BDC
C25 Polymers
Polymers
C26 Biomolecules
Carbohydrates and Amino Acids
C13 Hydrogen and s-block Elements
Hydrogen and s-block Elements
C14
General Principles of
Inorganic Chemistry
Trends in the Periodic table
Correlation with redox reaction
C15 p-block Elements
Group 13 & 14
Group 15 to 18
C16 d-block and f-block Elements
Transition elements
f-block Elements
C12
General Principles and
Process of Isolation of Metals
Metallurgical Processes
C27 Chemistry in Everyday Life
Chemistry in Everyday Life
C17 Co-ordination Compounds
Bonding
Isomerism
C28
Principles related to Practical
Chemistry
C18 Environmental Chemistry
C01
Some Basic Concepts in
Chemistry
M10
Qualitative analysis
Applications
10th week
Permutations and Combinations
Mole concept
Equivalent concept, neutralization
Principles and Simple Applications
Bohr model and quantum numbers
Chemical Bonding and
C04
Molecular Structure
VBT Theory, Hybridization & Shape of Molecules
Molecular Orbital Theory
Classification of Elements and
C11
Periodicity in Properties
Trends in the Periodic table
C05 Chemical Thermodynamics
Chemical Thermodynamics Thermochemistry
C06 Solutions
Colligative properties
C07 Equilibrium
Chemical Equilibrium
Ionic Equilibrium
11th week
12th week
31st Jan–1st Feb
1. Order of a reaction and Arrhenius equation
1. Surface Chemistry
7th–8th Feb
13th week
14th–15th Feb
Sub–Topics
Inverse Trigonometric functions
21st–22nd Feb
Week
Dates
1st week
22nd–23rd Nov
2nd Week
29th–30th Nov
3rd week
6th–7th Dec
Application of derivatives
4th week
13th–14th Dec
Maxima and minima of functions
5th week
20th–21st Dec
Indefinite Integrals
6th week
27th–28th Dec
7th week
3rd–4th Jan
Functions
Graphical Transformations and their applications
Continuity and Differentiability
Differentiation
Definite Integrals
Areas
Sequences and Series
Special Series
M02
Complex Numbers and
Quadratic Equations
Quadratic Equations
Complex Numbers
M11 Three Dimensional Geometry
Direction ratios and equations of lines, Planes
M12 Vector Algebra
Vector Algebra
M13 Probability
Probability and Bernoulli Traits and Binomial
distribution
M14 Trigonometry
Functions
M09 Differential Equations
Order and Degree and Formation
M03 Matrices and Determinants
Matrices
Determinants
BREAKUP FOR CLASS–XII (MATHEMATICS – CRASH COURSE)
M06 Sequences and Series
9th week
17th–18th Jan
10th week
24th–25th Jan
11th week
31st Jan–1st Feb
12th week
31st Jan–1st Feb
13th week
14th–15th Feb
14th week
21st–22nd Feb
Identities and Equations
14th week
C10 Surface Chemistry
M08 Integral Calculus
10th–11th Jan
For Positive Integral Index
Complex Numbers and
M02
Quadratic Equations
M16 Mathematical Reasoning
1. Redox Reactions
2. Electrochemistry
3. Applications
C09 Chemical Kinetics
Limit, Continuity and
M07
Differentiability
Ellipse
Binomial Theorem and its Simple
M05
Applications
Topics
8th week
Parabola
Coordinate Geometry-II
M04 Permutations and Combination
C03 Atomic Structure
M01 Functions
Circles
1. Environmental Chemistry
Solid state
Bohr model and quantum numbers
Redox Reactions and
Electrochemistry
24th–25th Feb
Straight Lines
Hyperbola
C02 States of Matter
C08
Coordinate Geometry-I
Mathematical Reasoning