Microshedule narayana education all days of Holiday syllabus

Dates of holiday

1. Chapter Name Sub Topic Chapter Name Sub Topic Chapter Name Sub Topic
FESTIVAL HOILDAY 09-04-2024 GUDI PADWA (Tuesday)
FESTIVAL HOILDAY 10-04-2024 Ramzan (Wednesday)
FESTIVAL HOILDAY 11-04-2024ID-ul-Fitar (Thursday)
Bridge CourseBasic Mathematics: Trigonometric Ratio'sBridge Course
Oxidation number, Oxidation and Reduction,
Redox reaction
disproportionation reactio n, Oxidizing & Reducing
agents, Calculation of oxidation number by
bonding methods.
Bridge Course
SET THEORY : Introduction, Sets, Representation
of sets, Kinds of Sets, Analysis of two sets : Equal
sets, Equivalent sets, Subs ets, Intervals as subset
of R. Power sets, Univ erse set, Venn diagram.
Bridge Course
Basic Coordinate Geometry : Distance formulae
slope of line, straight line and equations and use in
physics
Bridge Course
Balancing of redox reactions by ion-electron
method, Balancing of redox reactions by Oxidation
number method
Bridge Course
Operation on sets : Union of sets, intersection of
sets, disjoint sets, difference two sets,
Complement of a set, Algebra on sets, Practical
problems on union and intersection of two sets
FESTIVAL HOILDAY 17/04/2024 Shri Ramnavmi (Wednesday)
Bridge Course
Parabola (Quadratic equati ons) plotting quadratic
equations, Ellipse,hyperbola, Rectangular
hyperbola, Exponential function
Bridge Course
Introduction to Historical Development For
Periodicity: Periodic Classification
Bridge Course Linear Inequalities
Bridge Course
VECTOR : Introduction to vector quantities and
types Addition of vector (Triangle law)
Parallelogram law and polygon law
Bridge CourseIntroduction to Modern Periodic TableBridge CourseWavy Curve Method
FESTIVAL HOILDAY 01-05-2024 May Day (Wednesday)
Bridge Course
Subtraction of vector , Resolution of vectors in 2D
and 3D
Bridge Course
Atomic mass, molar mass, Isotopes, isotones,
isobars, Average Atomic mass
Bridge CourseLogarithmic function and their properties.
Bridge CourseVECTOR : Dot product and its applicationBridge CourseMole conceptBridge CourseDeterminant evaluation.
Bridge Course Cross product & its applicationBridge Course
Difference between various states of matter,
measurable properties of Gas
(Pressure,Temperature and Volume)
Bridge Course
Cartesian products of sets, Relations and
function,Types of Relations.
5
07-05-24
To
XI_STU_IC_Micro Schedule
WEEK
NO
S No Date
PHYSICS CHEMISTRY MATHEMATICS
W1 1
02-04-24
TO
07-04-24
Orientation
2
16-04-24
TO
21-04-24
W2
W3 3
23-04-24
To
28-04-24
W4 4
30-04-24
To
05-05-24
W5

2. Chapter Name Sub Topic Chapter Name Sub Topic Chapter Name Sub Topic
WEEK
NO
S No Date
PHYSICS CHEMISTRY MATHEMATICS
Bridge Course
MATHEMATICAL PHYSICS : Differentiation,
Differentiation as rate measure
Bridge Course
Ideal Gas Equation and si mple numericals related
to P, V and T
Bridge CourseModulas function and their properties
Bridge Course
MATHEMATICAL PHYSICS : Application of
differentiation in physics, Maxima & Minima
Bridge Course
Nature of Matter, Properties of matter and their
measurement SI unit, Mass weight, Volume
temperature, Need for standard reference,
Scientific notation, Precision and accuracy,
Significant figure and calculation involving
significant figure.
Sequence and
Series
SEQUENCE AND SERIES
Introduction of Sequence and Series,nth term of
AP.
Bridge CourseIntegration and its a pplication in physicsBridge Course
Law of chemical combination : (i) Law of
conservation of mass, (ii) Law of constant
combination, (iii) Law of mu ltiple proportion, (v)
Gay Lussac's law, (vi) Avagdro law, (vii) Dalton's
atomic theory Atomic mass
Sequence and
Series
Properties of A.P. ,Sum of n term of an
AP,Arithmetic Mean
BCTM
/
05/2024
Units &
Measurements
Unit and Dimension : Introduction of physics,
physical quantities and physical laws
Some Basic concept in
Chemistry
Mole concept: Calculation based on mole concept,
concept of gram atom, gram molecule
Sequence and
Series
nth term of G.P.,sum of n term of GP.
Units &
Measurements
Fundamental and derived quantities and ways to
write dimension, Unit and Dimension Uses of
dimensional analysis (Principle of homogeneity)
Some Basic concept in
Chemistry
Percentage by mass (w/w), percentage by volume
(v/v)
Sequence and
Series
Properties of G.P.,Geometric mean, A.G.P.
Units &
Measurements
Unit and Dimension : Signif icant figures, Errors in
measurements
Some Basic concept in
Chemistry
Concentration terms: Molarity, molality, mole
fraction and their interconversions, relation
between density and molarity
Sequence and
Series
Introduction to HP, HM, Relation between AM,
GM and HM
Units &
Measurements
Problems discussion from material
Some Basic concept in
Chemistry
Concentration terms and their interconversions,
relation between density and molarity
Sequence and
Series
Difference mathod, Vn method, special series
FTM-1
Kinematics
KINEMATICS : Frame of Reference , Mathematical
Expression and definition o f position, distance and
displacement
Some Basic concept in
Chemistry
Question practice on concentration
Trigonometric
functions
TRIGONOMETRIC FUNCTIONS
Angle, system of measurement of angles,
trigonometric function, Values of trigonometric
function for some specific angles
W6 (50%), W7 (50%)
5
To

12-05-24
W6 6
14-05-24
To
19-05-24
W2 TO W5 (100%)
W7 7
21-05-24
To
26-05-24
W5 W8 W9
9
04-06-24
To
8
28-05-24
To
02-06-24
03/06/2024

3. Chapter Name Sub Topic Chapter Name Sub Topic Chapter Name Sub Topic
WEEK
NO
S No Date
PHYSICS CHEMISTRY MATHEMATICS
Kinematics
Avg velocity& instantaneous velocity, Avg speed &
instantaneous speed, acceleration
Some Basic concept in
Chemistry
Concept of limiting reagen t : Use of stoichiometry
in balanced equation and limiting reagent concept
Trigonometric
functions
Trigonometric ratios of a llied angles,Transforming
product into sum or diffe rence, Transforming the
sum or difference into product.
KinematicsKINEMATICS : Uniformly accelerated motion (1D)
Some Basic concept in
Chemistry
Percentage calculation of elements, Formula
representation of molecule : (i) Empirical formula,
(ii) Molecular formula , (iii) Formula unit
Trigonometric
functions
Domain and ranges of trigonometric function,
Graph of trigonometric functions.
KinematicsKINEMATICS : Uniformly accelerated motion (1D)
Some Basic concept in
Chemistry
n-factor of acid, base and salts
Trigonometric
functions
Trigonometric ratio of multiple angles, sub-
multiple angles.
FTM-2
FESTIVAL HOILDAY 17-06-2024 BAKRID (Monday)
KinematicsMotion under gravity
Some Basic concept in
Chemistry
equivalent weight and related numericals
(excluding redox)
Trigonometric
functions
maximum and minimum value of trignometric
expressions, anaylsis of the form y=asinx+bcosx.
KinematicsGraphs
Some Basic concept in
Chemistry
Normality and equivalent concept,
Trigonometric
functions
conditional identities, sum of Trigonometric series.
KinematicsMotion under variable acceleration
Some Basic concept in
Chemistry
calculation based on weight-weight relation,
weight-volume relation, volume-volume relation
(Excluding redox and double titration)
Trigonometric
Equations
TRIGONOMETRIC EQUATIONS:
Types of trigonometric equa tion, Principal value,
General solution of basic trigonometric equation.
KinematicsMotion in a plane
Some Basic concept in
Chemistry
Relation between normality and molarity,
percentage of free SO3 in oleum
Trigonometric
Equations
Solution by reducing trigonometric equations to
algebraic one's, solution of the form acos x + bsin
x = c
FTM-3
KinematicsOblique projectile motion
Some Basic concept in
Chemistry
Volume strength of H2O2, hardness of water
(ppm)
Trigonometric
Equations
Problems involving more than one equation,
equation containing more than one variable.
KinematicsHorizontal Projectile Motion
Some Basic concept in
Chemistry
Practice questions and Package Discussion
Trigonometric
Equations
Equation containing different functions and
variables , Trigonometric Inequalities.
W8 (40%), W9 (40%), W6 to 7 (20%)
01/07/2024
W10 (40%), W11 (40%), W6 to 9 (20%)
W13 13
02-07-24
To
07-07-24
W12 12
25-06-24
To
30-06-24
W9
9
To

09-06-24
10
11-06-24
To
16-06-24
17/06/2024
W10
W11 11
18-06-24
To
23-06-24

4. Chapter Name Sub Topic Chapter Name Sub Topic Chapter Name Sub Topic
WEEK
NO
S No Date
PHYSICS CHEMISTRY MATHEMATICS
KinematicsProjectile motion from towerAtomic Structure
(i) Basic discovery of subatomic particles
(Cathode rays, anode rays, Chadwick
experiment), (ii) Rut herford experiment
Quadratic
Equations
Quadratic Equations
Introduction, nature o f roots of quadratic
equations ax2 + bx+ c= 0 , Relation between roots
of an equation.
Kinematics
Practice on oblique and horizontal projectile
motion
Atomic Structure
i) Introduction to electromagnetic wave, (ii)
Principle of quantization (Planck theory), (iii) Black
body radiation, (iv) Photoelectric effect
Quadratic
Equations
Transformation of equation,Condition for
common roots of quadratic equations.
FTM-4
KinematicsProjectile motion in inclined planeAtomic Structure
Bohr's Atomic Model with mathematical
derivations
Quadratic
Equations
Quadratic expression y = ax2 + bx + c, sign of
quadratic expression.
KinematicsProjectile motion in inclined planeAtomic Structure
Emission and Absorption Spectrum, Hydrogen
spectrum
Quadratic
Equations
maximum and minimu value of quadratic
equations
KinematicsRelative Velocity, Atomic Structure
(i) Dual Behaviour of matter, (ii) de-broglie
equation,
Quadratic
Equations
Location of roots, Descartes rule of signs,
Quadratic expression in two variables
KinematicsClosest distance of approachAtomic StructureHeisenberg's principle of Uncertainity
Quadratic
Equations
Theory of Equations
FTM-5
KinematicsRiver- swimmer problems, Atomic Structure
Quantum numbers, Introduction of wave
mechanical model of atom (ψ,ψ2), Shape of
orbitals
Binomial
theorem
Binomial theorem
Introduction: Notation of factorial and definition
of C(n, r) and P(n, r) Pascal triangle, Binomial
theorem for a positive integer index, Some special
forms of binomial theorem.
KinematicsRain man problems, Relative projectile motionAtomic StructureRadial probability graphs for various orbitals
Binomial
theorem
Problem based on direct expansion, General term
in the expansion of (a + x)n, middle term in the
expansion of (a + x)n
KinematicsKinematics of Circular Motion in a plane,Atomic Structure
Aufbau principle, Pauli's exclusion principle,
Hund's rule of maximum mulitplicity
Binomial
theorem
Greatest binomial coeffici ent, numerically greatest
term in the binomial expansion.
Laws of motionNewton's Laws of Motion Equilibrium of Particles Atomic Structure
Electronic configuration, Electronic configuration
of Half-filled and full-filled orbitals
Binomial
theorem
properties of Binomial coefficients,Binomial
series.
CTA-1
FESTIVAL HOILDAY 15/08/2024 INDEPEDENCE DAY (Thursday)
W12 (40%), W13 (40%), W6 to 11 (20%)
W14 (40%), W15 (40%), W6 to 13 (20%)
TEACHING SCHEDULE MERGING FROM 6TH AUGUST 2024
W6 TO W16 (100%)
12/08/2024
W16 16
23-07-24
To
28-07-24
29/07/2024
W17 17
30-07-24
To
04-08-24
W18 18
06-08-24
To
11-08-24
W14 14
09-07-24
To
14-07-24
15/07/2024
W15 15
16-07-24
To
21-07-24

5. Chapter Name Sub Topic Chapter Name Sub Topic Chapter Name Sub Topic
WEEK
NO
S No Date
PHYSICS CHEMISTRY MATHEMATICS
Laws of motion
Pulley mass system, Pseudo force, Constraint
relations
Periodic Properties
Modern periodic law and prediction of periodic
table,
IUPAC naming of element (Z > 100), Location of
element by using atomic number and vice versa
Periodic properties: atomic and ionic size including
screening effect
Straight Line
Straight Line
Introduction, distance for mula, section formula,
area of triangle.
Friction
Introduction to Friction, Friction force in simple
cases, angle of repose, angle of friction
Periodic Properties
ionization enthalpy, electron affinity and electon
gain enthalpy. Anomalous behaviour of 2nd period
elements
Straight Line
Definitions of centro id, circumcentre and
orthocentre of triangle
FESTIVAL HOILDAY 19/08/2024 RAKSHABANDHAN (MONDAY)
FrictionMultiple block system with friction
Chemical bonding and
moleculsr structure
Types of bond ionic, cov alent and coordinate
covalent, properties of ionic compounds,
Straight Line
Collinearly of three points, slope of line, various
forms of line, locus of a point.
FrictionDynamics of circular motion
Chemical bonding and
moleculsr structure
VBT (including types of overlaping sigma and pie
bonds), Fajans RuleStraight Line
Position of two points relative to a line, Angle
between two lines, condition for two lines to be
parallel and perpendicular
FESTIVAL HOILDAY 26/08/2024 JANMASTAMI (Monday)
Work, energy and
power
Work done by constant and variable force
Work energy theorem, Conservation of
mechanical energy
Chemical bonding and
moleculsr structure
HybridisationStraight Line
Perpendicular distance of a point from a line,
distance between two parallel lines, foot of
perpendicular, Image of point w.r.t a line.
Work, energy and
power
Motion in a vertical circle
Chemical bonding and
moleculsr structure
VSEPR Theory, Dipole momentStraight Line
Condition of concurrency for three lines, Family of
lines. Equation of bisectors
C
FTM-
1
System of Particles
and Rotational Motion
Location of centre of mass
Motion of centre of mass
Chemical bonding and
moleculsr structure
Molecular orbital theory , shape of molecular
orbitals,
Straight Line
Transformation of axes, General equation second
degree, homogenaous equation of second degree
System of Particles
and Rotational Motion
Linear momentum, Impulse, Conservation of
linear momentum
Chemical bonding and
moleculsr structure
bond order of diatomic molecules, calculation of
bond order from resonance, hydrogen bonding
Straight Line
Angle between lines , nature of pair of lines,
homogenious concept.
FESTIVAL HOILDAY 09-07-2024 Ganesh Chaturthi (Saturday)
C
FTM-
2
EXAM SCHEDULE MERGING FROM 2ND AUGUST 2024
W17 & W18 (40%), W19 & W20 (40%), W6 TO W16 (20%)
Back log syllabus coverage
W21 (40%), W22 (40%), W6 to 20 (20%)
02/09/2024
W19 19
13-08-24
To
18-08-24
W20 20
20-08-24
To
25-08-24
W21 21
27-08-24
To
01-09-24
W22 22
03-09-24
To
08-09-24
10-09-24
To
15-09-24
16/09/2024

6. Chapter Name Sub Topic Chapter Name Sub Topic Chapter Name Sub Topic
WEEK
NO
S No Date
PHYSICS CHEMISTRY MATHEMATICS
System of Particles
and Rotational Motion
Collision in one Dimension, Collision in two
Dimension
State of Matter
Intermolecular force and thermal
energy,Gaseous state: Introduce volume,
pressure and temperature their various units and
relation among them,
Circles
Circles
Definition of circle, different form of a circle,
general equation, Diameter for, parametric form,
equation of circle passi ng through non-collinear
points.
System of Particles
and Rotational Motion
Rotational kinematicsState of Matter
Gas laws: Boyle's law,Charle's law, Gay Lusac's
law, Avogardo's law, ideal gas equation, Dalton's
law of partial pressure
Circles
Position of a point w.r.t circle, length of intercept
on coordinate axes conditi on for circle touching
cordinate axes.
System of Particles
and Rotational Motion
Moment of Inertia of different BodiesState of Matter
diffusion of gases, Kinetic theory of gases,
distribution of moleculaar speeds, ideal and non-
ideal gases
Circles
Line and circle, length o f intercept on a line
condition for tangency to circle, Equation of
tangent to a circle.
System of Particles
and Rotational Motion
Parallel and perpendicula r axis theorem and their
applications
State of Matter
Compressibility factor and van der Waal
equation, liquification of gases
Circles
Length of tangent from an external point,
director circle.
CTA-2
FESTIVAL HOILDAY 10-02-2024 GANDHI JAYANTI (Wednesday)
System of Particles
and Rotational Motion
Torque, Dynamics of rigid bodyThermodynamics
Introduction to Basic Terms : (i) Types of system,
(ii) State of a System, (iii) State function, (iv) State
variable, (v) path function, (vi) Extensive intensive
property, (vii) Thermodynamic process,
Circles
Equation of chord with a given mid-point,
Equation of chord of contact, equation of pair of
tangents.
System of Particles
and Rotational Motion
Question on rotational dynamicsThermodynamics
Internal Energy as a state function, Pressure
volume work, First law of thermodynamics with
Enthalpy.
Circles
Family of circles, Radical axis, common tangents,
angle between two circles, Locus Problems.
FESTIVAL HOILDAY 10-10-2024 (THURSDAY) ASHTAMI
FESTIVAL HOILDAY 10-11-2024 (FRIDAY) MAHANAVMI
FESTIVAL HOILDAY 10-12-2024 (SATURDAY) DUSSHERA
System of Particles
and Rotational Motion
Angular momentumThermodynamics
(i) Heat capacity, (iii) Relation between Cp and Cv
for an ideal gas, (iii) Isothermal reversible process,
(iv) Reversible adiabatic process.
Complex
number
Complex numbers
Definition of a complex number, Argand plane,
Algebra of complex number, Modulus of a
complex number, properties of modulus, triangle
inequality
W26
26
08-10-24
To
W17 TO W22 (80%), W6 TO W16 (20%)
W24 24
24-09-24
To
29-09-24
30/09/2024
W25 25
01-10-24
To
06-10-24
23
17-09-24
To
22-09-24
W23

7. Chapter Name Sub Topic Chapter Name Sub Topic Chapter Name Sub Topic
WEEK
NO
S No Date
PHYSICS CHEMISTRY MATHEMATICS
System of Particles
and Rotational Motion
Angular Momentum conservationThermodynamics
Enthalpy: (i) Measurement of DU and DH, (ii)
Enthalpy change of a reaction, (iii) Standard
enthalpy of formation (DH°f), (iv) Enthalpy change
for different type of reaction. Hess's law
Complex
number
Properties of arguments, Conjugate of a complex
number, different forms of a complex number,De
moivre's theorem.
C
FTM-
3
System of Particles
and Rotational Motion
Rolling motion(Velocity, acceleration in case of
rolling motion)
Thermodynamics
(i) Second law of thermodynamics, (ii) Spontaniety
and Enthalpy change, (iii) Introduction to Entropy,
(iv) Entropy change in various process.(i)
Numericals based on entropy
Complex
number
Logarithm of a complex number, Square root of a
complex number, cube roots of unity.
System of Particles
and Rotational Motion
Dynamics of Rolling Motion, Collision of particles
with rigid body
Thermodynamics
(ii) Gibbs free energy cha nge and spontaneity: (i)
Calculation of Gibbs energ y for a reaction. (ii)
Thermodynamics of equilibrium state, (ii) Third
law of thermodynamics
Complex
number
nth roots of unity a nd their properties.
System of Particles
and Rotational Motion
Discussion on Instantaneous axis of rotation and
related problems. Material problems discussion
Equilibrium
Chemical equilibrium: Reversible reactions,
equilibrium constant, properties of equilibrium
constant, relation between Kp and Kc
Complex
number
Geometry of complex numbers, section formulae,
condition, for quadrilatera l,Rotation of complex
number.
GravitationLaw of gravitation, Gravitational field Equilibrium
Chemical equilibrium: Simultaneous Equilibrium,
Reaction Quotient, Le Chatelier's Principle
Complex
number
Straight line in Argand plan e, circle, Important loci
in Argand plane.
C
FTM-
4
Gravitation
Acceleration due to gravity and its variation with
height, depth and rotation of earth
Equilibrium
Ionic equilibrium in soluti on : (i) Acids, bases and
salts, (ii) Acids and bases- Arrhenius concept,
Bronsted and Lowry concept and Lewis concept.
Ionization of water (Kw) and pH-scale, pH of
strong acid and base.
Permutation
and
Combination
Permutation and Combination
Fundamental principle of counting, multiplication
principle, addition rule, P ermutation of different
and identical things
GravitationGravitational Potential and Potential energyEquilibrium
pH of weak acid and base, dissociation of weak
poly-protic acid,
Permutation
and
Combination
Rank of a word, circular permutation and their
applications
FESTIVAL HOILDAY 30-10-2024 (WEDNESDAY) CHHOTIDIWALI
FESTIVAL HOILDAY 31/10/2024 (THURSDAY) DIWALI
FESTIVAL HOILDAY 01-11-2024 (FRIDAY) GOVARDHANPOOJA
FESTIVAL HOILDAY 02-11-2024 (SATURDAY) BHAIDOOJ
Gravitation
Escape velocity, Kepler laws, Geostationary
satellites
EquilibriumSalt hydrolysis and pH os a salt solution
Permutation
and
Combination
Combinations, Difference between a permutation,
Combination of different t ype of objects, Divisors
W29 29
29-10-24
To
03-11-24
W30
30
05-11-24
To
W26
26
To

13-10-24
14/10/2024
W27 27
15-10-24
To
20-10-24
W28 28
22-10-24
To
27-10-24
28/10/2024
W23 & W24 (40%), W25 (40%), W6 TO W22 (20%)
W26 (40%), W27 (40%), W6 TO W25 (20%)

8. Chapter Name Sub Topic Chapter Name Sub Topic Chapter Name Sub Topic
WEEK
NO
S No Date
PHYSICS CHEMISTRY MATHEMATICS
Mechanical properties
of Fluids
Hydrostatic pressure, Pascal’s lawEquilibriumbuffer solution, buffer capacity
Permutation
and
Combination
Sum of the numbers formed by n digits. Exponent
of a prime number in a factorial.
CTA-3
FESTIVAL HOILDAY 07/11/2024 CHAT POOJA
Mechanical properties
of Fluids
Archimedes’ principleEquilibrium
solubility and solubility pr oduct, Indicators and pH-
metric titration, double titration, Redox reaction,
redox titration
Permutation
and
Combination
Division and distribustion into groups, Number of
integral solution of an equation
Mechanical properties
of Fluids
Equation of continuity, Bernoulli’s principle,
Velocity of Efflux
Organic Chemistry :
Some Basic Principle
and Techniques
Classification of organi c compounds; Rules of
IUPAC nomenclature for aliphatic & aromatic
compound and functional group
Permutation
and
Combination
Application of multinomial expansion. Principle of
inclusion & exclusion, derangement.
Mechanical properties
of Fluids
Question on Application of Bernoulli's theorem
Organic Chemistry :
Some Basic Principle
and Techniques
Resonance,
Electronic effects: Inducti ve effect, Electromeric
effect,
Conic Section- II
PARABOLA
Standard equation of parabola, parametric
equation, position of a point w.r.t parabola
Mechanical properties
of Fluids
Surface Tension
Organic Chemistry :
Some Basic Principle
and Techniques
Mesomeric effect, HypercongugationConic Section- II
PARABOLA
focal distance, focal chord, important points
related of focal chord
C
FTM-
5
Mechanical properties
of Fluids
Excess of pressure, capillary rise
Organic Chemistry :
Some Basic Principle
and Techniques
acidic and basic orde r of organic compoundConic Section- II
Equation of tangent in different form, condition
of tangency, point of intersection of tangent
Mechanical properties
of Fluids
Viscosity
Organic Chemistry :
Some Basic Principle
and Techniques
Aromaticity, reaction intermediates: stability of
carbocations, free radicals,
Conic Section- II
Equation of pair of tangents chord of contact
locus problem, properties of parabola
Mechanical properties
of Solids
Elasticity, concept of stress–strain, different types
of modulus of elasticity
Organic Chemistry :
Some Basic Principle
and Techniques
Stability of carbanion and carbene (excludining
benzyne and nitrenes), c onformation in alkane
Conic Section- II
Normal, co-normal points, properties of co-
normal points, important points related to
parabola.
W32 32
19-11-24
To
24-11-24
25/11/2024
W33 33
26-11-24
To
01-12-24
W34
34
03-12-24
To
W30
30
To

10-11-24
11/11/2024
W31 31
12-11-24
To
17-11-24
W23 TO W27 (80%), W6 TO W22 (20%)
W28 & W29 (40%), W30 & W31 (40%), W6 TO W27 (20%)

9. Chapter Name Sub Topic Chapter Name Sub Topic Chapter Name Sub Topic
WEEK
NO
S No Date
PHYSICS CHEMISTRY MATHEMATICS
Mechanical properties
of Solids
Elastic potential energy of a strained body,
Stress–strain in other cases
Organic Chemistry :
Some Basic Principle
and Techniques
Isomerism: Structural- chain isomerism, positional
isomerism, ring chain isomerism, functional
isomerism, metamerism
Conic Section- II
Equation of chord having mid-point (x1, y1)
equation of pair of tangents.
C
FTM-
6
Thermal Properties of
Matter
Thermal Expansion
Organic Chemistry :
Some Basic Principle
and Techniques
tautomerism, geometrical isomerismConic Section- II
ELLIPSE
Definition, basics of ellipse, eccentric angle,
parametric equation, position of point
Thermal Properties of
Matter
Calorimetry
Organic Chemistry :
Some Basic Principle
and Techniques
Optical isomerismConic Section- II
Condition for tangency, equation of tangent,
normal, chord of contact, pair of tangents,
properties of ellipse, locus problems
Thermal Properties of
Matter
Heat Transfer, Thermal conduction
Organic Chemistry :
Some Basic Principle
and Techniques
Confirmation Conic Section- II
Normal equation of chord having mid-point (x1,
y1), pair of tangents, conjugate diameters chord
of contact
Thermal Properties of
Matter
Theramal convection, and Radiation
Organic Chemistry :
Some Basic Principle
and Techniques
POC (Qualitative & Quantitative analysis of
organic compound)
Conic Section- II
HYPERBOLA
Definition, basics of hype rbola, eccentric angle,
parametric equation, position of point
CTA-4
FESTIVAL HOILDAY 25-12-2024 (WEDNESDAY) CHRISTMASDAY
Kinetic theory of gasesAssumptions of KTG, Derivation of pressureHydrocarbons
Alkane: preparation from alkene, alkyne, alkyl
halides and carboxylic acids,
Conic Section- II
Conjugate hyperbola, condition for tangency,
equation of tangent, Normal, chord of cotanct,
pair of tangents.
Kinetic theory of gases
Heat Capapcities and specific hear capacities of
solids and fluids, Mean free path,
Hydrocarbons
Reaction of alkanes: halogenation (excluding
steriochemistry) combustion, controlled oxidation,
isomerisation, aromatization and pyrolysis.
Conic Section- II
Asymptotes, Rectangular hyperbola, Parametric
form, Tangent and Normal of the Rectemgular
hyperbola.
FESTIVAL HOILDAY 01-01-2025(WEDNESDAY) NEW YEAR
ThermodynamicsFirst law of ThermodynamicsHydrocarbons
Alkene: Preparation from a lkyne, alkyl halides and
alcohols,
Limits and
Derivatives
LIMIT & DERIVATIVES(NCERT LEVEL):limit,
determinate and indeterminate form, evalution of
limit
Thermodynamics
Work done by gas, state and process Indicator
diagram
Hydrocarbons
Basic idea of α,β and γ-elimination saytzeff and
hofmann's product (excuding detailed mechanism
of elimination reaction)
Limits and
Derivatives
Important properties of limits, working rule for
evaluation of limits of different Forms
C
FTM-
7
ThermodynamicsCyclic process, molar heat capacityHydrocarbons
Alkene: Electrophilic addition, addition of HX,
H2SO4 (dil and concentrated), water, oxidation,
ozonolysis and polymerization
Limits and
Derivatives
Derivatives, derivative of standard functions,
W35 35
10-12-24
To
15-12-24
W36 36
17-12-24
To
22-12-24
23/12/2024
W37 37
24-12-24
To
29-12-24
W34
34
To

08-12-24
W38 38
31-12-24
To
05-01-25
06/01/2025
W39
39
07-01-25
To
W32 (40%), W33 (40%), W6 TO W31 (20%)
W28 TO W33 (80%), W6 TO W27 (20%)
W34 & W35 (40%), W36 & W37 (40%), W6 TO W33 (20%)
09/12/2024

10. Chapter Name Sub Topic Chapter Name Sub Topic Chapter Name Sub Topic
WEEK
NO
S No Date
PHYSICS CHEMISTRY MATHEMATICS
Thermodynamics
second law of thermodynamics, Heat engine and
refrigerator
Hydrocarbons
Alkene: water, oxidation, ozonolysis and
polymerization
Limits and
Derivatives
Basic rules of differentation,
FESTIVAL HOILDAY 15-01-2025 PONGAL
Oscillations
Kinematic Equations of SHM, Variation of velocity
and acceleration during SHM
HydrocarbonsAlkynes 3 - D Geometry
INTRODUCTION OF 3D GEOMETRY(NCERT LEVEL)
Introduction to 3-D geometry, octant, distance
formula, section formula
Oscillations
Dynamics of SHM, Energy of SHM, Physical
Pendulum
HydrocarbonsBenzene (preparation & properties) and EASStatistics
STATISTICS
Measure of dispersion, Mean deviation for
ungrouped and grouped data, mean deviation
about median, mean deviation about mean,
Variance and standard deviation standard
deviation of discrete fr equency distribution,
Analysis of frequency distribution
C
FTM-
8
Oscillations
Different cases of SHM like simple Pendulum,
Loaded spring etc
HydrocarbonsEAS of derivative of benzeneProbability
PROBABILITY(NCERT LEVEL) : Basic definition,
Random experiment, Types of events exhaustive
events, Mutually exclusive events
Oscillations
Super position of SHM, Forced and Damped
oscillation
Hydrogen
Hydrogen: hydrogen preparation, properties of
Dihydrogen, Hydrides, Heavy water
Removal of hardness, Hydrogen peroxide:
structure, preparation and properties of
hydrogen peroxide
Probability
addition rule of probability, Miscellaneous
problem based on P & C
FESTIVAL HOILDAY 26-01-2025 (SUNDAY) REPULIC DAY
WavesEquation of wave,intensity of waveS-block elements Alkaline earth metals and comounds
Mathematical
Reasoning
MATHEMATICAL REASONING
Introduction, mathematical statement, New
statement from old, negation of statement,
compound statement, Special words/phrases
AND or ‘OR’ implication, contra positive and
converse
WavesInterference of waves,Sound wavesS-block elements Alkaline earth metals and comounds
Properties of
Triangles
PROPERTIES OF TRANGLES
Height and Distance,Properties of triangle, sine
rule and cosine rule.
CTA-5
Waves
Stationary waves(string ti ed at both the ends,open
and closed organ pipe,sonometer,resonance tube,
Some p-block elements p-block: 13th group elements
Properties of
Triangles
Napier's analogy, projection formulae, Area of
triangle in different form.
WavesBeat, Doppler Effect Some p-block elements p-block: 14th group elements
Properties of
Triangles
Half angle formula, Circumcentre,incentre, Ortho
centre, Centroid,Escribed circle, Regular polygon
GTM-1
17/02/2025
W38 (40%), W39 (40%), W6 TO W37 (20%)
W34 TO W39 (80%), W6 TO W33 (20%)
COMPLETE XI SYLLABUS ONLY
W39
39
To

12-01-25
W40 40
14-01-25
To
19-01-25
20/01/2025
W41 41
21-01-25
To
26-01-25
W42 42
28-01-25
To
02-02-25
03/02/2025
W43 43
04-02-25
To
09-02-25