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1 | P a g e
NARAYANA IIT ACADEMY
DWARKA & PATNA CENTRE
2017-18_Sr.IIT-IZ-CO SPARK/N120_PT’s & CT’s & GT's_ PROGRAM - Schedule
DATE&EXAM TYPE MATHEMATICS PHYSICS CHEMISTRY
22-07-17
(SATURDAY)
TEST – PT1M
(JEE – Mains)
3 hrs
Straight line and Circles : two
dimensions: cartesian coordinates,
distance between two points, section
formulae, shift of origin, equation of a
straight line in various forms, angle
between two lines, distance of a point
from a line; lines through the point of
intersection of two given lines, equation
of the bisector of the angle between two
lines, concurrency of lines; centroid,
orthocentre, incentre & circumcentre of
a triangle, equation of a circle in various
forms, equations of tangent, normal and
chord, parametric equations of a circle,
intersection of a circle with a straight
line or a circle, equation of a circle
through the points of intersection of two
circles and those of a circle & a straight
line.
Heat &Thermodynamics: Thermal
Expansion Of Solids, Liquids & Gases;
Calorimetry, Latent Heat; Heat Conduction In
One Dimension; Elementary Concepts Of
Convection & Radiation; Newton's Law Of
Cooling; Ideal Gas Laws; Specific Heats
(Cv&Cp For Monoatomic & Diatomic Gases);
Isothermal & Adiabatic Processes, Bulk
Modulus Of Gases; Equivalence Of Heat &
Work; First Law Of Thermodynamics & Its
Applications (Only For Ideal Gases);
Blackbody Radiation: Absorptive & Emissive
Powers; Kirchhoff's Law; Wien's
Displacement Law, Stefan's Law, Second law
of thermodynamics, carnot cycle.
Experiments:1. Plotting a cooling curve for
the relationship between the temperature of a
hot body and time
2. Specific heat capacity of a given (i) solid
and (ii) liquid by method of mixtures
Isolation/preparation and
properties of the
following non-metals: nitrogen,
phosphorus, oxygen, sulphur and
; Properties of allotropes
phosphorus and
sulphur.
Preparation and properties of the
following
compounds:
Nitrogen: oxides, oxyacids and
ammonia;
Phosphorus: oxides, oxyacids
(phosphorus acid, phosphoric
acid) and phosphine;
Oxygen: ozone and hydrogen
peroxide;
Sulphur: hydrogen sulphide,
oxides, sulphurous acid,
sulphuric acid and sodium
thiosulphate;
23-07-17 STRAIGHT LINE AND CIRCLES :
TWO DIMENSIONS: CARTESIAN
Heat &Thermodynamics: Thermal Expansion
Of Solids, Liquids & Gases; Calorimetry, Latent Isolation/preparation and properties of the
2 | P a g e
(SUNDAY)
TEST – PT1A
(JEE – ADV)
IIT MODEL
6 hrs
COORDINATES, DISTANCE
BETWEEN TWO POINTS, SECTION
FORMULAE, SHIFT OF ORIGIN,
EQUATION OF A STRAIGHT LINE
IN VARIOUS FORMS, ANGLE
BETWEEN TWO LINES, DISTANCE
OF A POINT FROM A LINE; LINES
THROUGH THE POINT OF
INTERSECTION OF TWO GIVEN
LINES, EQUATION OF THE
BISECTOR OF THE ANGLE
BETWEEN TWO LINES,
CONCURRENCY OF LINES;
CENTROID, ORTHOCENTRE,
INCENTRE & CIRCUMCENTRE OF
A TRIANGLE, EQUATION OF A
CIRCLE IN VARIOUS FORMS,
EQUATIONS OF TANGENT,
NORMAL AND CHORD,
PARAMETRIC EQUATIONS OF A
CIRCLE, INTERSECTION OF A
CIRCLE WITH A STRAIGHT LINE
OR A CIRCLE, EQUATION OF A
CIRCLE THROUGH THE POINTS OF
INTERSECTION OF TWO CIRCLES
AND THOSE OF A CIRCLE & A
STRAIGHT LINE.
Heat; Heat Conduction In One Dimension;
Elementary Concepts Of Convection &
Radiation; Newton's Law Of Cooling; Ideal Gas
Laws; Specific Heats (Cv&Cp For Monoatomic
& Diatomic Gases); Isothermal & Adiabatic
Processes, Bulk Modulus Of Gases; Equivalence
Of Heat & Work; First Law Of Thermodynamics
& Its Applications (Only For Ideal Gases);
Blackbody Radiation: Absorptive & Emissive
Powers; Kirchhoff's Law; Wien's Displacement
Law, Stefan's Law.
Experiments: Specific heat capacity of a given
solid
following non-metals: nitrogen, phosphorus, oxygen, sulphur and ; Properties of allotropes phosphorus and sulphur. Preparation and properties of the following compounds: Nitrogen: oxides, oxyacids and ammonia; Phosphorus: oxides, oxyacids (phosphorus acid, phosphoric acid) and phosphine; Oxygen: ozone and hydrogen peroxide; Sulphur: hydrogen sulphide, oxides, sulphurous acid, sulphuric acid and sodium thiosulphate;
29-07-17
(SATURDAY)
TEST – PT2M
(JEE – Mains)
3 hrs
PARABOLA AND CIRCLES
Electrostatics, Gauss law & Gravitation:
coulomb's law; electric field and potential;
electrical potential energy of a system of point
charges and of electrical dipoles in a uniform
electrostatic field; electric field lines; flux of
electric field; gauss's law and its application in
simple cases, such as, to find field due to
infinitely long straight wire, uniformly charged
INORGANIC CHEMISTRY
1.Group-14, Preparation and
properties of oxides and
chlorides of tin and lead
2. 17TH GROUP & 18 GROUP
3 | P a g e
infinite plane sheet and uniformly charged thin
spherical shell and Gravitation.
30-07-17
(SUNDAY)
TEST – PT2A
(JEE – ADV)
IIT MODEL
6 hrs
PARABOLA AND CIRCLES
Electrostatics, Gauss law &Gravitation:
coulomb's law; electric field and potential;
electrical potential energy of a system of point
charges and of electrical dipoles in a uniform
electrostatic field; electric field lines; flux of
electric field; gauss's law and its application in
simple cases, such as, to find field due to
infinitely long straight wire, uniformly charged
infinite plane sheet and uniformly charged thin
spherical shell and Gravitation.
INORGANIC CHEMISTRY
1.Group-14, Preparation and
properties of oxides and
chlorides of tin and lead
2. 17TH GROUP & 18 GROUP
05-08-17
(FRIDAY)
TEST – PT3M
(JEE – Mains)
3 hrs
ELLIPSE AND HYPERBOLA IN
STANDARD FORM, THEIR FOCI,
DIRECTRICES AND
ECCENTRICITY, PARAMETRIC
EQUATIONS, EQUATIONS OF
TANGENT AND NORMAL, LOCUS
PROBLEMS
Capacitance(With R-C Circuits):Parallel
Plate Capacitor With And Without Dielectrics;
Capacitors In Series And Parallel; Energy
Stored In A Capacitor
Current Electricity: Electric Current; Ohm's
Law; Series And Parallel Arrangements Of
Resistances And Cells; Kirchhoff's Laws and
Simple Applications; Heating Effect Of
Current. Verification of Ohm's Law Using
Voltmeter and Ammeter, And Specific
Resistance Of The Material Of A Wire Using
Meter Bridge & P.O. Box,R-C Circuits, color
coding of resistors.
Experiments: 1. Resistivity of the material of
a given wire using metre bridge.
2. Resistance of a given wire using Ohm’s law
3. Potentiometer-(i) Comparison of emf of two
primary cells.
(ii) determination of internal resistance of a
cell
ORGANIC CHEMISTRY
GENERAL ORGANIC
CHEMISTRY
1.Structure and Bonding in
Organic Compounds, IUPAC
nomenclature
2. Structural Isomerism,
Sterereo Isomerism
3. Electronic effects
4 | P a g e
4. Post office box
06-08-17
(SUNDAY)
TEST – PT3A
(JEE – ADV)
IIT MODEL
6 hrs
ELLIPSE AND HYPERBOLA IN
STANDARD FORM, THEIR FOCI,
DIRECTRICES AND
ECCENTRICITY, PARAMETRIC
EQUATIONS, EQUATIONS OF
TANGENT AND NORMAL, LOCUS
PROBLEMS
Capacitance(With R-C Circuits):Parallel
Plate Capacitor With And Without Dielectrics;
Capacitors In Series And Parallel; Energy
Stored In A Capacitor
Current Electricity: Electric Current; Ohm's
Law; Series And Parallel Arrangements Of
Resistances And Cells; Kirchhoff's Laws and
Simple Applications; Heating Effect Of
Current. Verification of Ohm's Law Using
Voltmeter and Ammeter, And Specific
Resistance Of The Material Of A Wire Using
Meter Bridge & P.O. Box,R-C Circuits.
Experiments: 1. Resistivity of the material of
a given wire using metre bridge.
2. Resistance of a given wire using Ohm’s law
3. Potentiometer-(i) Comparison of emf of two
primary cells.(ii) determination of internal
resistance of a cell
4. Post office box
ORGANIC CHEMISTRY
GENERAL ORGANIC
CHEMISTRY
1.Structure and Bonding in
Organic Compounds, IUPAC
nomenclature
2. Structural Isomerism.
Sterereo Isomerism
3. Electronic effects
12-08-17
( SATURDAY)
TEST – PT4M
(JEE – Mains)
3 hrs
COMPLEX NUMBERS : ALGEBRA
OF COMPLEX NUMBERS,
ADDITION, MULTIPLICATION,
CONJUGATION, POLAR
REPRESENTATION, PROPERTIES
OF MODULUS AND PRINCIPAL
ARGUMENT, TRIANGLE
INEQUALITY, CUBE ROOTS OF
UNITY, GEOMETRIC
INTERPRETATIONS
Magnetism :Magnetic force on a moving
point charges and current elements, Magnetic
force between two current carrying wires,
Motion of a charged particle in magnetic and
electric field, Magnetic dipoles moment,
magnetic torque, magnetic dipoles, Torque,
P.E and interaction regarding magnetic dipole,
Cyclotron, BiotSavart’sLaw, Ampere’s Law &
their applications, Bar magnet as equivalent
solenoid, magnetic field lence,earth's magnetic
field and magnetic elements.Para,dia and ferro
magnetic substances.Moving coil alvanometer,
its current sensitivity. Experiment Resistance
and figure of merit of a galvanometer by half
deflection method
ORGANIC CHEMISTRY
I.GENERAL ORGANIC
CHEMISTRY
STABILITY OF
INTERMEDIATES, ACIDS
AND BASES
2. ALKANES, ALKENES and
ALKYNES
Preparation, properties and
reactions of Alkanes, Alkenes,
Alkynes and Dienes
5 | P a g e
13-08-17
( SUNDAY)
TEST – PT4A
(JEE – ADV)
IIT MODEL
6 hrs
COMPLEX NUMBERS : ALGEBRA
OF COMPLEX NUMBERS,
ADDITION, MULTIPLICATION,
CONJUGATION, POLAR
REPRESENTATION, PROPERTIES
OF MODULUS AND PRINCIPAL
ARGUMENT, TRIANGLE
INEQUALITY, CUBE ROOTS OF
UNITY, GEOMETRIC
INTERPRETATIONS
Magnetism :Magnetic force on a moving
point charges and current elements, Magnetic
force between two current carrying wires,
Motion of a charged particle in magnetic and
electric field, Magnetic dipoles moment,
magnetic torque, magnetic dipoles, Torque,
P.E and interaction regarding magnetic dipole,
Cyclotron, BiotSavart’s Law, Ampere’s Law
& their applications,Moving coil
galvanometer, its current sensitivity.
Experiment Resistance and figure of merit of a
galvanometer by half deflection method
ORGANIC CHEMISTRY
I.GENERAL ORGANIC
CHEMISTRY
STABILITY OF
INTERMEDIATES, ACIDS
AND BASES
2. ALKANES, ALKENES and
ALKYNES
Preparation, properties and
reactions of Alkanes, Alkenes,
Alkynes and Dienes
14-08-2017 To
18-08-2017
Self Revision of PT1 to
PT4 Self Revision of PT1 to PT4
Teaching of Group 13
elements
19-08-17
( SATURDAY)
TEST – CT1M
(PTM-1 to PTM-4)
(JEE – Mains)
3 hrs
(PTM-1 to PTM-4) (PTM-1 to PTM-4) (PTM-1 to PTM-4) & Group-13 elements
20-08-17
( SUNDAY) (PTA-1 to PTA-4) (PTA-1 to PTA-4)
(PTA-1 to PTA-4)
6 | P a g e
TEST – CT1A
(PTA-1 to PTA-4)
(JEE – ADV)
IIT MODEL
6 hrs
& Group-13 elements
26-08-2017 (SATURDAY)
TEST – PT5M
(JEE – Mains)
3 hrs
FUNCTIONS : REAL VALUED
FUNCTIONS OF A REAL
VARIABLE, INTO, ONTO AND ONE-
TO-ONE FUNCTIONS, SUM,
DIFFERENCE, PRODUCT AND
QUOTIENT OF TWO FUNCTIONS,
COMPOSITE FUNCTIONS,
ABSOLUTE VALUE, POLYNOMIAL,
RATIONAL, TRIGONOMETRIC,
EXPONENTIAL AND
LOGARITHMIC FUNCTIONS, EVEN
AND ODD FUNCTIONS, INVERSE
OF A FUNCTION, CONTINUITY OF
COMPOSITE FUNCTIONS,
INTERMEDIATE VALUE
PROPERTY OF CONTINUOUS
FUNCTIONS, LIMITS.
E M I & AC : Magnetic flux calculation,
Faraday’s laws Lenz’s law, Motional EMF,
Induced electric filed ,Self and mutual
induction, L-R,C-R,L-C-R circuits, L-C
Oscillations with D-C source, LCR series
circuit with AC , resonance: Quality factor,
Power in AC circuits,Wattless current.AC
generator and transformer
PHYSICAL CHEMISTRY
1.Chemical Kinetics
2. NUCLEAR CHEMISTRY
3. .SOLID STATE
27-08-17 (SUNDAY)
TEST – PT5A
(JEE – ADV)
IIT MODEL
6 hrs
FUNCTIONS : REAL VALUED
FUNCTIONS OF A REAL
VARIABLE, INTO, ONTO AND ONE-
TO-ONE FUNCTIONS, SUM,
DIFFERENCE, PRODUCT AND
QUOTIENT OF TWO FUNCTIONS,
COMPOSITE FUNCTIONS,
ABSOLUTE VALUE, POLYNOMIAL,
RATIONAL, TRIGONOMETRIC,
EXPONENTIAL AND
LOGARITHMIC FUNCTIONS, EVEN
E M I & AC : Magnetic flux calculation,
Faraday’s laws Lenz’s law, Motional EMF,
Induced electric filed ,Self and mutual
induction, L-R,C-R,L-C-R circuits, L-C
Oscillations with D-C source, LCR series
circuit with AC , resonance: Quality factor,
Power in AC circuits,Wattless current.
PHYSICAL CHEMISTRY
1.Chemical Kinetics
2. NUCLEAR CHEMISTRY
3. .SOLID STATE
7 | P a g e
AND ODD FUNCTIONS, INVERSE
OF A FUNCTION, CONTINUITY OF
COMPOSITE FUNCTIONS,
INTERMEDIATE VALUE
PROPERTY OF CONTINUOUS
FUNCTIONS, LIMITS.
02-09-17
(SATURDAY)
TEST – PT6M
(JEE – Mains)
3 hrs
CONTINUITY,
DIFFERENTIABILITY,
DERIVATIVES : DERIVATIVE OF
A FUNCTION, DERIVATIVE OF
THE SUM, DIFFERENCE, PRODUCT
AND QUOTIENT OF TWO
FUNCTIONS, CHAIN RULE,
DERIVATIVES OF POLYNOMIAL,
RATIONAL, TRIGONOMETRIC,
INVERSE TRIGONOMETRIC,
EXPONENTIAL AND
LOGARITHMIC FUNCTIONS.
DERIVATIVES OF IMPLICIT
FUNCTIONS, DERIVATIVES UP TO
ORDER TWO
Units and dimensions, Significant figures,
Error analysis, measurement,
Experiments:
1. Vernier calipers-its use to measure internal
and
external diameter and depth of a vessel.
2. Screw guage-its use to determine
thickness/diameter of thin sheet/wire
3. Determination of g using simple pendulum
4. Metre scale – mass of a given object by
principle of moments
PHYSICAL CHEMISTRY
1.Gaseoustate,
2.Thermodynamics and
Thermochemistry
03-09-17
(SUNDAY)
TEST – PT6A
(JEE – ADV)
IIT MODEL
6 hrs
CONTINUITY,
DIFFERENTIABILITY,
DERIVATIVES : DERIVATIVE OF
A FUNCTION, DERIVATIVE OF
THE SUM, DIFFERENCE, PRODUCT
AND QUOTIENT OF TWO
FUNCTIONS, CHAIN RULE,
DERIVATIVES OF POLYNOMIAL,
RATIONAL, TRIGONOMETRIC,
INVERSE TRIGONOMETRIC,
EXPONENTIAL AND
LOGARITHMIC FUNCTIONS.
DERIVATIVES OF IMPLICIT
FUNCTIONS, DERIVATIVES UP TO
Units and dimensions, Significant figures,
Error analysis, measurement,
Experiments:
1. Vernier calipers-its use to measure internal
and
external diameter and depth of a vessel.
2. Screw guage-its use to determine
thickness/diameter of thin sheet/wire
3. Determination of g using simple pendulum
PHYSICAL CHEMISTRY
1.Gaseoustate,
2.Thermodynamics and
Thermochemistry
8 | P a g e
ORDER TWO
09-09-17 ( SATURDADAY)
TEST – PT7M
(JEE – Mains)
3 hrs
APPLICATIONS OF DERIVATIVES
:GEOMETRICAL INTERPRETATION
OF THE DERIVATIVE, TANGENTS
AND NORMALS, INCREASING AND
DECREASING FUNCTIONS,
MAXIMUM AND MINIMUM
VALUES OF A FUNCTION, ROLLES
THEOREM AND LAGRANGE?S
MEAN VALUE THEOREM.
Geometrical & Wave Optics
Experiments: 1. Focal length of (i) Convex
mirror
(ii) Concave mirror, and (iii) convex lens using
parallax method.
2. Plot of angle of deviation vs angle of
incidence for a triangular prism.
3. Refractive index of a glass slab using a
travelling microscope.
ORGANIC CHEMISTRY
1.Benzene: Preparation,
Reactions, Electrophilic
aromatic substitution,
2.Alkyl halides, Haloarenes:
Preparation, properties and
reactions
10-09-17
( SUNDAY)
TEST – PT7A
(JEE – ADV)
IIT MODEL
6 hrs
APPLICATIONS OF DERIVATIVES
:GEOMETRICAL INTERPRETATION
OF THE DERIVATIVE, TANGENTS
AND NORMALS, INCREASING AND
DECREASING FUNCTIONS,
MAXIMUM AND MINIMUM
VALUES OF A FUNCTION, ROLLES
THEOREM AND LAGRANGE?S
MEAN VALUE THEOREM.
Geometrical & Wave
Optics(Excluding Optical
instruments diffraction,
polarization)
Experiments: Focal length of (i)
Concave mirror, and (ii) convex
lens using parallax method.
ORGANIC CHEMISTRY
1.Benzene: Preparation,
Reactions, Electrophilic
aromatic substitution,
2.Alkyl halides, Haloarenes:
Preparation, properties and
reactions
16-09-17
( SATURDAY)
TEST – PT8M
(JEE – Mains)
3 hrs
QUADRATIC EQUATIONS AND
LOGARITHMS: QUADRATIC
EQUATIONS IN REAL AND
COMPLEX NUMBER SYSTEM AND
THEIR SOLUTIONS, RELATION
BETWEEN ROOTS AND
COEFFICIENTS, NATURE OF
Sound Waves, Waves in a string
Experiment: Speed of sound in air at room
temperature using a resonance tube
ORGANIC CHEMISTRY
1.. Alcohols, Phenols and
Ethers,
Preparation, properties and
Reactions
2.Amines, N containing
compounds
9 | P a g e
ROOTS, FORMATION OF
QUADRATIC EQUATION WITH
GIVEN ROOTS,LOGARITHM AND
THEIR PROPERTIES
SEQUENCES AND
SERIES,:ARITHMETIC,
GEOMETRIC AND HARMONIC
PROGRESSIONS, ARITHMETIC,
GEOMETRIC? AND HARMONIC
MEANS, SUMS OF FINITE
ARITHMETIC AND GEOMETRIC
PROGRESSIONS, INFINITE
GEOMETRIC SERIES, SUMS OF
SQUARES AND CUBES OF THE
FIRST N NATURAL NUMBERS
17-09-17
( SUNDAY)
TEST – PT8A
(JEE – ADV)
IIT MODEL
6 hrs
QUADRATIC EQUATIONS AND
LOGARITHMS: QUADRATIC
EQUATIONS IN REAL AND
COMPLEX NUMBER SYSTEM AND
THEIR SOLUTIONS, RELATION
BETWEEN ROOTS AND
COEFFICIENTS, NATURE OF
ROOTS, FORMATION OF
QUADRATIC EQUATION WITH
GIVEN ROOTS,LOGARITHM AND
THEIR PROPERTIES
SEQUENCES AND
SERIES,:ARITHMETIC,
GEOMETRIC AND HARMONIC
PROGRESSIONS, ARITHMETIC,
GEOMETRIC? AND HARMONIC
MEANS, SUMS OF FINITE
ARITHMETIC AND GEOMETRIC
PROGRESSIONS, INFINITE
GEOMETRIC SERIES, SUMS OF
Sound Waves, Waves in a string
Experiment: Speed of sound in air at room
temperature using a resonance tube
ORGANIC CHEMISTRY
1.. Alcohols, Phenols and
Ethers,
Preparation, properties and
Reactions
2.Amines, N containing
compounds
10 | P a g e
SQUARES AND CUBES OF THE
FIRST N NATURAL NUMBERS
18-09-2017 To
22-09-2017
Self Revision of PT5 to
PT8 Self Revision of PT5 to PT8
Self Revision of PT5
to PT8 & Teaching of HYDROGEN AND ITS
COMPOUNDS
23-09-17
( SATURDAY)
TEST – CT2M
(PTM-5 to PTM-8)
(JEE – Mains)
3 hrs
(PTM-5 to PTM-8) (PTM-5 to PTM-8)
(PTM-5 to PTM-8)
& HYDROGEN AND ITS
COMPOUNDS
24-09-17
(SUNDAY)
TEST – CT2A
(PTA-5 to PTA-8)
(JEE – ADV)
IIT MODEL
6 hrs
(PTA-5 to PTA-8) (PTA-5 to PTA-8)
(PTA-5 to PTA-8)
& HYDROGEN AND ITS
COMPOUNDS
25-09-2017 to 01-10-2017 Dussehra Vacation (Both the dates are inclusive) (TELANGANA) 28-09-2017 to 30-10-2017 Dussehra Vacation (Both the dates are inclusive) (A.P)
11 | P a g e
02-10-2017 To
06-10-2017
Self Revision of PT1 to
PT8
Self Revision of PT1 to
PT8
Self Revision of PT1 to
PT8 & Teaching of
Metallurgy
07-10-17
( SATURDAY)
TEST – CT3M
(PTM-1 to PTM-8)
(JEE – Mains)
3 hrs
SYLLABUS COVERED FROM PTM-1 to PTM-8 & Metallurgy
08-10-17
(SUNDAY)
TEST – CT3A
(PTA-1 to PTA-8)
(JEE – ADV)
IIT MODEL
6 hrs
SYLLABUS COVERED FROM PTA-1 to PTA-8 & Metallurgy
14-10-17
( SATURDAY)
TEST – PT9M
(JEE – Mains)
3 hrs
MEAN VALUE THEOREMS,
APPLICATIONS OF DERIVATIVES
:GEOMETRICAL INTERPRETATION
OF THE DERIVATIVE, TANGENTS
AND NORMALS, INCREASING AND
DECREASING FUNCTIONS,
MAXIMUM AND MINIMUM
VALUES OF A FUNCTION, ROLLES
THEOREM AND LAGRANGE?S
MEAN VALUE THEOREM.
Modern Physics : Atomic nucleus; alpha,
beta and gamma radiations; law of
radioactive decay; decay constant; half-life
and mean life; binding energy and its
calculation; fission and fusion processes;
energy calculation in these processes.
Photoelectric effect; bohr's theory of
hydrogen-like atoms; characteristic and
continuous x-rays, moseley's law; de
broglie wavelength of matter waves.
PHYSICAL CHEMISTRY
1.Electro chemistry
2.Liquid solutions
12 | P a g e
15-10-17
( SUNDAY)
TEST – PT9A
(JEE – ADV)
IIT MODEL
6 hrs
MEAN VALUE THEOREMS,
APPLICATIONS OF DERIVATIVES
:GEOMETRICAL INTERPRETATION
OF THE DERIVATIVE, TANGENTS
AND NORMALS, INCREASING AND
DECREASING FUNCTIONS,
MAXIMUM AND MINIMUM
VALUES OF A FUNCTION, ROLLES
THEOREM AND LAGRANGE?S
MEAN VALUE THEOREM.
Modern Physics : Atomic nucleus; alpha, beta
and gamma radiations; law of radioactive
decay; decay constant; half-life and mean life;
binding energy and its calculation; fission and
fusion processes; energy calculation in these
processes.
Photoelectric effect; bohr’s theory of
hydrogen-like atoms; characteristic and
continuous x-rays, moseley’s law; de 12roglie
wavelength of matter waves.
PHYSICAL CHEMISTRY
1.Electro chemistry
2.Liquid solutions
21-10-17 TEST – PT10M
(JEE – Mains)
3 hrs
VECTORS: ADDITION OF VECTORS,
SCALAR MULTIPLICATION, DOT AND
CROSS PRODUCTS, SCALAR TRIPLE
PRODUCTS AND THEIR
GEOMETRICAL INTERPRETATIONS.
THREE DIMENSIONS: DIRECTION
COSINES AND DIRECTION RATIOS,
EQUATION OF A STRAIGHT LINE IN
SPACE, EQUATION OF A PLANE,
DISTANCE OF A POINT FROM A
PLANE.
Fluid statics ,Fluid Dynamics ,Surface tension
PHYSICAL CHEMISTRY
Chemical + Ionic Equilibrium
22-10-17
(SUNDAY)
TEST – GT10A
(JEE – ADV)
IIT MODEL
6 hrs
VECTORS: ADDITION OF VECTORS,
SCALAR MULTIPLICATION, DOT AND
CROSS PRODUCTS, SCALAR TRIPLE
PRODUCTS AND THEIR
GEOMETRICAL INTERPRETATIONS.
THREE DIMENSIONS: DIRECTION
COSINES AND DIRECTION RATIOS,
EQUATION OF A STRAIGHT LINE IN
SPACE, EQUATION OF A PLANE,
DISTANCE OF A POINT FROM A
PLANE.
Fluid statics ,Fluid Dynamics ,Surface tension
PHYSICAL CHEMISTRY
Chemical + Ionic Equilibrium
28-10-17
( SATURDAY)
TRIGONOMETRY:
TRIGONOMETRY UPTO
TRANSFORMATIONS, GENERAL
Elasticity : Young’s modulus, Experiment to
find Young’s modulus of elasticity of the
material of a metallic wire
ORGANIC CHEMISTRY
1.. Aldehydes and Ketones:
13 | P a g e
TEST – PT11M
(JEE – Mains)
3 hrs
SOLUTIONS Viscosity: Viscous force between two layers,
stoke's law terminal velocity, Reynolds
number, Experiment: Co-efficient of viscosity
of a given viscous liquid by measuring
terminal velocity of a given spherical body.
Kinematics of a particle in 1D, 2D, 3D.
Preparartion and properties
and reactions
29-10-17
(SUNDAY)
TEST – PT11A
(JEE – ADV)
IIT MODEL
6 hrs
TRIGONOMETRY:
TRIGONOMETRY UPTO
TRANSFORMATIONS, GENERAL
SOLUTIONS
Elasticity : Young’s modulus, Experiment to
find Young’s modulus of elasticity of the
material of a metallic wire
Viscosity: Viscous force between two layers,
stoke's law, terminal velocity
Kinematics of a particle in 1D, 2D, 3D.
ORGANIC CHEMISTRY
1.. Aldehydes and Ketones:
Preparartion and properties
and reactions
04-11-17
( SATURDAY)
TEST – PT12M
(JEE – Mains)
3 hrs
PROPERTIES AND SOLUTIONS
OF TRIANGLE : RELATIONS
BETWEEN SIDES AND ANGLES OF
A TRIANGLE, SINE RULE, COSINE
RULE, HALF-ANGLE FORMULA
AND THE AREA OF A TRIANGLE,
INVERSE TRIGONOMETRIC
FUNCTIONS (PRINCIPAL VALUE
ONLY)
N L M + Friction + Circular motion
(Excluding energy based calculations)
ORGANIC CHEMISTRY
1.Carboxylic acids and
derivatives,
Preparation, properties and
Reactions
2.Biomolecules: Carbohydrates,
Amino acids, Proteins, Nucelic acids
and Vitamins
3. Polymers
05-11-17
( SUNDAY)
TEST – PT12A
(JEE – ADV)
IIT MODEL
6 hrs
PROPERTIES AND SOLUTIONS
OF TRIANGLE : RELATIONS
BETWEEN SIDES AND ANGLES OF
A TRIANGLE, SINE RULE, COSINE
RULE, HALF-ANGLE FORMULA
AND THE AREA OF A TRIANGLE,
INVERSE TRIGONOMETRIC
FUNCTIONS (PRINCIPAL VALUE
ONLY)
N L M + Friction + Circular motion
(Excluding energy based calculations)
ORGANIC CHEMISTRY
1.Carboxylic acids and
derivatives,
Preparation, properties and
Reactions
2.Biomolecules: Carbohydrates,
Amino acids, Proteins, Nucelic acids
and Vitamins
3. Polymers
14 | P a g e
11-11-17
( SATURDAY)
TEST – CT4M
(PTM-9 to PTM-12
(JEE – Mains)
3 hrs
(PTM-9 to PTM-12) (PTM-9 to PTM-12)
(PT-9 to PTM-12)
12-11-17
( SUNDAY)
TEST – CT4A
(PTA-9 to PTA-12
(JEE – ADV)
IIT MODEL
6 hrs
(PTA-9 to PTA-12) (PTA-9 to PTA-12) (PTA-9 to PTA-12)
13-11-2017 T0
17-11-2017
Self Revision of PT1 to
PT12 Self Revision of PT1 to PT12
Self Revision of PT1
to PT12 & Teaching
of d-Block elements &
Heavy metal
compounds
18-11-17
( SATURDAY)
TEST – CT5M
(JEE – Mains)
3 hrs
SYLLABUS COVERED
FROM PTM-1 to PTM-12
SYLLABUS COVERED FROM
PTM-1 to PTM-12
SYLLABUS
COVERED FROM
PTM-1 to PTM-12 &
d-Block & compounds
of heavy elements
15 | P a g e
19-11-17
( SUNDAY)
TEST – CT5A
(JEE – ADV)
IIT MODEL
6 hrs
SYLLABUS COVERED
FROM PTA-1 to PTA -12
SYLLABUS COVERED FROM
PTA-1 to PTA -12
SYLLABUS
COVERED FROM
PTA-1 to PTA -12 & d-Block & compounds
of heavy elements
25-11-17
( SATURDAY)
TEST – PT13M
(JEE – Mains)
3 hrs
INDEFINITE AND DEFINITE
INTEGRATION
1. Work, Energy, Power Work ,Power, Energy : Work, Kinetic energy,
work – energy theorem, conservative and non
conservative forces, potential energy,
conservation of energy,
Spring problems in WPE, Equilibrium- Stable,
unstable & neutral, Power, Motion of a body
in verticle circular motion
2. C M, COM and Collisions :
Conservation of linear
Momentum, Systems of particles; Centre of
mass and its motion; impulse; Elastic and
inelastic collisions
INORGANIC CHEMISTRY
1. Periodic Properties,
2. Chemical Bonding,
3. Alkali Metals,Alkaline
Earth Metals
26-11-17
( SUNDAY)
TEST – PT13A
(JEE – ADV)
IIT MODEL
6 hrs
INDEFINITE AND DEFINITE
INTEGRATION
1. Work, Energy, Power Work ,Power, Energy : Work, Kinetic energy,
work – energy theorem, conservative and non
conservative forces, potential energy,
conservation of energy,
Spring problems in WPE, Equilibrium- Stable,
unstable & neutral, Power, Motion of a body
in verticle circular motion
2. C M, COM and Collisions :
Conservation of linear
Momentum, Systems of particles; Centre of
mass and its motion; impulse; Elastic and
inelastic collisions
INORGANIC CHEMISTRY
1. Periodic Properties,
2. Chemical Bonding,
3. Alkali Metals,Alkaline
Earth Metals
16 | P a g e
02-12-17
( SATURDAY)
TEST – PT14M
(JEE – Mains)
3 hrs
AREAS AND DIFFERENTIAL
EQUATIONS : APPLICATION OF
DEFINITE INTEGRALS TO THE
DETERMINATION OF AREAS
INVOLVING SIMPLE CURVES
FORMATION OF ORDINARY
DIFFERENTIAL EQUATIONS,
SOLUTION OF HOMOGENEOUS
DIFFERENTIAL EQUATIONS,
SEPARATION OF VARIABLES
METHOD, LINEAR FIRST ORDER
DIFFERENTIAL EQUATIONS
1. SHM
Kinematics and Energy of a general Simple
Harmonic oscillator, Time period of spring-
block system and related problems
Simple pendulum, Physical pendulum,
Cumulative problems in SHM (upto syllabus
covered)
2. Rigid body mechanics I(excluding
concept of angular momentum, Toppling
situations, Impulse and Collisions involving
rigid body):
Rigid body, moment of inertia, parallel and
Perpendicular axes theorems, moment of
inertia of uniform bodies with simple
geometrical shapes; torque; dynamics of rigid
bodies with fixed axis of rotation; rolling
without slipping of rings, cylinders and
spheres; equilibrium of rigid bodies. Situations
involving work energy theorem in rotation.
INORGANIC CHEMISTRY
1.Coordination Chemistry
03-12-17
( SUNDAY)
TEST – PT14A
JEE– ADV)
IIT MODEL
6 hrs
AREAS AND DIFFERENTIAL
EQUATIONS : APPLICATION OF
DEFINITE INTEGRALS TO THE
DETERMINATION OF AREAS
INVOLVING SIMPLE CURVES
FORMATION OF ORDINARY
DIFFERENTIAL EQUATIONS,
SOLUTION OF HOMOGENEOUS
DIFFERENTIAL EQUATIONS,
SEPARATION OF VARIABLES
METHOD, LINEAR FIRST ORDER
DIFFERENTIAL EQUATIONS
1. SHM
Kinematics and Energy of a general Simple
Harmonic oscillator, Time period of spring-
block system and related problems
Simple pendulum, Physical pendulum,
Cumulative problems in SHM (upto syllabus
covered)
2. Rigid body mechanics I(excluding
concept of angular momentum, Toppling
situations, Impulse and Collisions involving
rigid body):
Rigid body, moment of inertia, parallel and
Perpendicular axes theorems, moment of
inertia of uniform bodies with simple
geometrical shapes; torque; dynamics of rigid
bodies with fixed axis of rotation; rolling
INORGANIC CHEMISTRY
1.Coordination Chemistry
17 | P a g e
without slipping of rings, cylinders and
spheres; equilibrium of rigid bodies. Situations
involving work energy theorem in rotation.
09-12-17 TEST – PT15M
(JEE – Mains)
3 hrs
PERMUTATIONS & COMBINATIONS &
BINOMIAL THEOREM
BINOMIAL THEOREM FOR A
POSITIVE INTEGRAL INDEX,
PROPERTIES OF BINOMIAL
COEFFICIENTS
1. Rigid body mechanics II:
Concept of angular momentum, principle of
conservation of angular momentum, collision
of a point mass with a rigid body, Toppling
situations, Impulse and Collisions involving
rigid body
2. Diffraction
3. Optical instruments
PHYSICAL CHEMISTRY
1.Surface Chemistry
2.Mole concept
3.Atomic Structure
10-12-17
(SUNDAY)
TEST – PT15A
(JEE – ADV)
IIT MODEL
6 hrs
PERMUTATIONS & COMBINATIONS &
BINOMIAL THEOREM
BINOMIAL THEOREM FOR A
POSITIVE INTEGRAL INDEX,
PROPERTIES OF BINOMIAL
COEFFICIENTS
Rigid body mechanics II:
Concept of angular momentum, principle of
conservation of angular momentum, collision
of a point mass with a rigid body, , Toppling
situations, Impulse and Collisions involving
rigid body
PHYSICAL CHEMISTRY
1.Surface Chemistry
2.Mole concept
3.Atomic Structure
16-12-17
( SATURDAY)
TEST – PT16M
(JEE – Mains)
3 hrs
PROBABILITY :ADDITION AND
MULTIPLICATION RULES OF
PROBABILITY, CONDITIONAL
PROBABILITY, BAYES THEOREM,
INDEPENDENCE OF EVENTS,
COMPUTATION OF PROBABILITY
OF EVENTS USING
PERMUTATIONS AND
Electromagnetic
waves,Communicationsystems,Electronicde
vices:Electromagnetic waves and their
characteristics. Transverse nature of
electromagnetic waves. Electromagnetic
spectrum(radio
waves,microwaves,infrared,visble,ultraviolet,
Xrays,gamma rays).Application of e.m. waves,
INORGANIC CHEMISTRY
1.Qualitative Analysis
18 | P a g e
COMBINATIONS. Propagation of electromagnetic waves in the
atmosphere,Sky and space wave
propagation,Need for modulation,Amplitude
and Frequency Modulation,Bandwidth of
signals,Bandwidth of Transmission
medium,Basic Elements of a Communication
System(Block Diagram only),
Semiconductors; Semiconductor diode: I-V
charecterstics in forward and reverse bias:
diode as a rectifier;I-Vcharecterstics of
LED,photodiode,solar cell and
zenerdiode,Zener diode as a voltage regulater.
Junction
transister,Transisteraction,charecterstics of a
transister;transister as an amplifier (common
emitter configuration) and oscillator.Logic
gates(OR,AND,NOT,NAND and
NOR).Transistor as a switch,Experiments :
1.Charecterstic curves of a p-n junctin diode in
forward and reverse bias,2. Charecterstic
curves of a Zener diode and finding reverse
break down voltage,3. Charecterstic curves of
a transister and finding current gain and
voltage gain,4. Identification of
diode,LED<transister,IC,Resister,capasitor
from mixed collection of such items,5. Using
multimeter to:(i) Identify base of a transister
(ii) Distinguish between npn and pnp type
transister(iii) See the unidirectional flow of
current in case of a diode and an LEd (iv)
Check the correctnes or otherwise of a given
electronic component(diode,transistor or IC)
17-12-17
(SUNDAY)
PROBABILITY :ADDITION AND
MULTIPLICATION RULES OF
PROBABILITY, CONDITIONAL
Total Mechanics (from
kinematics to SHM)
INORGANIC CHEMISTRY
1.Qualitative Analysis
19 | P a g e
TEST – PT16A
(JEE – ADV)
IIT MODEL
6 hrs
PROBABILITY, BAYES THEOREM,
INDEPENDENCE OF EVENTS,
COMPUTATION OF PROBABILITY
OF EVENTS USING
PERMUTATIONS AND
COMBINATIONS.
23-12-17
( SATURDAY)
TEST – CT6M
(PTM-13 to PTM-16) (JEE – Mains)
3 hrs
(PTM-13 to PTM-16) (PTM-13 to PTM-16) (PTM-13 to PTM-16)
24-12-17
(SUNDAY)
TEST – CT6A
(PTA-13 to PTA-16) (JEE – ADV)
IIT MODEL
6 hrs
(PTA-13 to PTA-16) (PTA-13 to PTA-16) (PTA-13 to PTA-16)
30-12-17 ( SATURDAY)
(JEE – Mains)
3 hrs
GRAND TEST MAINS -1(GTM-1)
31-12-17 (SUNDAY)
GRAND TEST ADVANCED -1(GTA-1)
20 | P a g e
(JEE – ADV)
IIT MODEL
6 hrs
06-01-17
( SATURDAY)
(JEE – Mains)
3 hrs
GRAND TEST MAINS -2(GTM-2)
07-01-17 (SUNDAY)
(JEE – ADV)
IIT MODEL 6 hrs
GRAND TEST ADVANCED -2(GTA-2)
08-01-2018 to 15-01-2018 Pongal Vacation (Both the dates are inclusive) (A.P)
12-01-2018 to 15-01-2018 Pongal Vacation (Both the dates are inclusive) (TELANGANA)
20-01-18
( SATURDAY)
(JEE – Mains)
3 hrs
GRAND TEST MAINS -3 (GTM-3)
21-01-18
(SUNDAY)
(JEE – ADV)
IIT MODEL
6 hrs
GRAND TEST ADVANCED -3 (GTA-3)
27-01-18 (SATURDAY)
(JEE – Mains)
3 hrs
GRAND TEST MAINS -4 (GTM-4)
21 | P a g e
28-01-18
(SUNDAY)
(JEE – ADV)
IIT MODEL
6 hrs
GRAND TEST ADVANCED -4 (GTA-4)
03-02-18
(SATURDAY)
(JEE – Mains)
3 hrs
GRAND TEST MAINS -5 (GTM-5)
04-02-18
(SUNDAY)
(JEE – ADV)
IIT MODEL
6 hrs
GRAND TEST ADVANCED -5 (GTA-5)
10-02-18
(SATURDAY)
(JEE – Mains)
3 hrs
GRAND TEST MAINS -6 (GTM-6)
11-02-18
(SUNDAY)
(JEE – ADV)
IIT MODEL
GRAND TEST ADVANCED -6 (GTA-6)
22 | P a g e
6 hrs
17-02-18
(SATURDAY)
(JEE – Mains)
3 hrs
GRAND TEST MAINS -7 (GTM-7)
18-02-18
(SUNDAY)
(JEE – ADV)
IIT MODEL
6 hrs
GRAND TEST ADVANCED -7 (GTA-7)
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