IIT FILE NO: 43/1 [05-05-15] 6-May-2015 WEDNESDAY Basic Mathematics: Algebra(logarithms,quadratic equations and expressions),Trigonometry,Co-ordinate geometry(Straightlines),Graphs: Straightline,Parabola,Rectangular hyperbola,Circle,sine,cosine,exponential + Include expression for areas of standard geometrical figures like - cone, ellipse etc. 7-May-2015 THURSDAY Basic Mathematics: Algebra(logarithms,quadratic equations and expressions),Trigonometry,Co-ordinate geometry(Straightlines),Graphs: Straightline,Parabola,Rectangular hyperbola,Circle,sine,cosine,exponential + Include expression for areas of standard geometrical figures like - cone, ellipse etc. 8-May-2015 FRIDAY Limits, Continuity & differentiation 9-May-2015 SATURDAY Application of differentiation - Maxima, Minima & introduction of physical quantities like - position, velocity & acceleration 10-May-2015 SUNDAY Integration & its application Basic Mathematics: Algebra(logarithms,quadratic equations and expressions),Trigonometry,Co-ordinate geometry(Straightlines),Graphs: Straightline,Parabola,Rectangular hyperbola,Circle,sine,cosine,exponential + Include expression for areas of standard geometrical figures like - cone, ellipse etc. Limits, Continuity & differentiation . Application of differentiation - Maxima, Minima & introduction of physical quantities like - position, velocity & acceleration. Integration & its application 11-May-2015 MONDAY Complete Vectors and introduction to physical quatities like - position vector, displacement vector, velocity and acceleration, EXCLUDE problems on Lami's theorem 12-May-2015 TUESDAY Complete Vectors and introduction to physical quatities like - position vector, displacement vector, velocity and acceleration, EXCLUDE problems on Lami's theorem 13-May-2015 WEDNESDAY Complete Vectors and introduction to physical quatities like - position vector, displacement vector, velocity and acceleration, EXCLUDE problems on Lami's theorem 14-May-2015 THURSDAY Complete Vectors and introduction to physical quatities like - position vector, displacement vector, velocity and acceleration, EXCLUDE problems on Lami's theorem 15-May-2015 FRIDAY Complete Vectors and introduction to physical quatities like - position vector, displacement vector, velocity and acceleration, EXCLUDE problems on Lami's theorem 16-May-2015 SATURDAY Complete Vectors and introduction to physical quatities like - position vector, displacement vector, velocity and acceleration(100%) EXCLUDE problems on Lami's theorem 17-May-2015 SUNDAY Monday Exam Syllabus For JEE-Mains Saturday Exam Syllabus For JEE-Main Narayana IIT Academy DWARKA & PATNA HTTP://WWW.NARAYANADWARKA.BLOGSPOT.IN CLASS XI 2015-16_Jr.IIT-Z (IZ) CO-SPARK (Incoming)_(Teaching & Test)_SCHEDULE PHYSICS
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IIT FILE NO: 43/1 [05-05-15]
6-May-2015 WEDNESDAY
Basic Mathematics: Algebra(logarithms,quadratic equations and
Complete Vectors and introduction to physical quatities like - position vector, displacement
vector, velocity and acceleration(100%) EXCLUDE problems on Lami's theorem
18-May-2015 MONDAY Units & Dimensions
19-May-2015 TUESDAY Units & Dimensions
20-May-2015 WEDNESDAY Error Analysis
21-May-2015 THURSDAY Error Analysis
22-May-2015 FRIDAY Significant figures
23-May-2015 SATURDAY
Units and Dimensions,Error Analysis,Significant Figures(100%)
24-May-2015 SUNDAY
Units and Dimensions,Error Analysis,Significant Figures(60%) & Complete
Vectors and introduction to physical quatities like - position vector,
displacement vector, velocity and acceleration(40%) EXCLUDE problems on Lami's theorem
25-May-2015 MONDAYKinematics : Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity
and related graphs
26-May-2015 TUESDAYMotion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and
related graphs
27-May-2015 WEDNESDAYMotion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and
related graphs
28-May-2015 THURSDAYMotion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and
related graphs
29-May-2015 FRIDAYMotion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and
related graphs
30-May-2015 SATURDAY
Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and
related graphs(100%)
31-May-2015 SUNDAY
Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and
related graphs(60%) & Units and Dimensions,Error Analysis,Significant Figures(40%)
1-Jun-2015 MONDAYNon - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile
motion(Excluding projection on inclined planes)
2-Jun-2015 TUESDAYNon - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile
motion(Excluding projection on inclined planes)
3-Jun-2015 WEDNESDAYNon - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile
motion(Excluding projection on inclined planes)
4-Jun-2015 THURSDAYNon - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile
motion(Excluding projection on inclined planes)
Saturday Exam Syllabus
For JEE-Main
Monday Exam Syllabus
For JEE-Advance
Monday Exam Syllabus
For JEE-Advance
Saturday Exam Syllabus
For JEE-Main
Monday Exam SyllabusFor JEE-Advance
IIT FILE NO: 43/1 [05-05-15]
5-Jun-2015 FRIDAYNon - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile
motion(Excluding projection on inclined planes)
6-Jun-2015 SATURDAY
Non - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile
motion(Excluding projection on inclined planes)(100%)
7-Jun-2015 SUNDAY
Non - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile
motion(Excluding projection on inclined planes)(60%) & Motion in 1D,Uniform
motion,uniform accelerated motion,motion under gravity and related graphs(40%)
8-Jun-2015 MONDAY
Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of
approach and rate of separation,condition for collission of two projectiles,relative motion
of one projectile with respect to another projectile,rain problems,river boat problems,air
craft wind problems etc..)
9-Jun-2015 TUESDAY
Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of
approach and rate of separation,condition for collission of two projectiles,relative motion
of one projectile with respect to another projectile,rain problems,river boat problems,air
craft wind problems etc..)
10-Jun-2015 WEDNESDAY
Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of
approach and rate of separation,condition for collission of two projectiles,relative motion
of one projectile with respect to another projectile,rain problems,river boat problems,air
craft wind problems etc..)
11-Jun-2015 THURSDAY
Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of
approach and rate of separation,condition for collission of two projectiles,relative motion
of one projectile with respect to another projectile,rain problems,river boat problems,air
craft wind problems etc..)
12-Jun-2015 FRIDAY
Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of
approach and rate of separation,condition for collission of two projectiles,relative motion
of one projectile with respect to another projectile,rain problems,river boat problems,air
craft wind problems etc..)
13-Jun-2015 SATURDAY HOME-SICK HOLIDAY(AFTER THE EXAM 10.30 AM ONWARDS)
Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of
approach and rate of separation,condition for collission of two projectiles,relative motion
of one projectile with respect to another projectile,rain problems,river boat problems,air
craft wind problems etc..)(60%) & Non - uniform accelarated motion in 1D & related
graphs,Motion in 2D,Projectile motion(Excluding projection on inclined planes)(40%)
14-Jun-2015 HOME-SICK HOLIDAYS
15-Jun-2015 MONDAY HOME-SICK HOLIDAYS
16-Jun-2015 TUESDAY
Newton’s Laws Of Motion (Without Friction): Cause of motion, cause for the change of
motion, Newton's first law, qualitative definition of force, inertia and mass, types of
inertia,Newton's second law, quantitative definition of force, definition of unit force,
dimensional formula and SI units of force, Newton's third law, action and reaction, Internal and
external forces in case of system of objects,Discussion on cancellation of action and reaction
forces
Saturday Exam Syllabus
For JEE-Main
Monday Exam SyllabusFor JEE-Advance
Saturday Exam Syllabus
For JEE-Main
IIT FILE NO: 43/1 [05-05-15]
17-Jun-2015 WEDNESDAY
Cause of motion, cause for the change of motion, Newton's first law, qualitative definition
of force, inertia and mass, types of inertia,Newton's second law, quantitative definition of
force, definition of unit force, dimensional formula and SI units of force, Newton's third
law, action and reaction, Internal and external forces in case of system of
objects,Discussion on cancellation of action and reaction forces
18-Jun-2015 THURSDAY Inertial and non inertial frames of reference and pseudo force
19-Jun-2015 FRIDAY Problems on application of Newtons laws involving no constraints
20-Jun-2015 SATURDAY
Newton’s Laws Of Motion (Without Friction): Cause of motion, cause for the
change of motion, Newton's first law, qualitative definition of force, inertia and mass, types of inertia,Newton's second law, quantitative definition of force, definition of unit force, dimensional formula and SI units of force, Newton's third law, action and reaction, Internal and external forces in case of system of objects,Discussion on cancellation of action and reaction
forces,Inertial and non inertial frames of reference and pseudo force,
Problems on simple application of NLM - Atwood machine, Lift problems,
spring balance, weighing machine etc, EXCLUDE : The problems involving constraints like multiple pulley & multiple contact problems(100%)
21-Jun-2015 SUNDAY
Newton’s Laws Of Motion (Without Friction): Cause of motion, cause for the change of motion, Newton's first law, qualitative definition of force, inertia
and mass, types of inertia,Newton's second law, quantitative definition of force, definition of unit force, dimensional formula and SI units of force,
Newton's third law, action and reaction, Internal and external forces in case of system of objects,Discussion on cancellation of action and reaction
forces,Inertial and non inertial frames of reference and pseudo force, Problems on simple application of NLM - Atwood machine, Lift problems, spring balance, weighing machine etc, EXCLUDE : The problems involving constraints like multiple pulley & multiple contact problems(60%) &
Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of approach and rate of separation,condition for collission of two projectiles,relative motion of one projectile with respect to another projectile,rain problems,river boat problems,air craft wind problems etc..)(40%)
22-Jun-2015 MONDAY constraint equations
23-Jun-2015 TUESDAY constraint equations
24-Jun-2015 WEDNESDAY Problems in NLM without friction (Including spring problems)
25-Jun-2015 THURSDAY Problems in NLM without friction (Including spring problems)
26-Jun-2015 FRIDAY Problems in NLM without friction (Including spring problems)
27-Jun-2015 SATURDAY
constraint equations,Problems in NLM without friction (Including spring problems)(100%)
28-Jun-2015 SUNDAY
Saturday Exam Syllabus
For JEE-Main
Monday Exam Syllabus
For JEE-Advance
Saturday Exam Syllabus
For JEE-Main
IIT FILE NO: 43/1 [05-05-15]
constraint equations,Problems in NLM without friction (Including spring problems)(60%) & Newton’s Laws Of Motion (Without Friction): Cause of motion, cause for the change of motion, Newton's first law, qualitative
definition of force, inertia and mass, types of inertia,Newton's second law, quantitative definition of force, definition of unit force, dimensional formula and SI units of force, Newton's third law, action and reaction,
Internal and external forces in case of system of objects,Discussion on cancellation of action and reaction forces,Inertial and non inertial frames of reference and pseudo force,Problems on application of Newtons laws involving no constraints(40%)
29-Jun-2015 MONDAYFriction : A solid surface relatively at rest on another solid surface, static friction as a force
opposing the tendency of relative motion on the other surface. Limiting friction, coefficient of
static friction, Difference between fs,max/fs and static friction as a self adjusting force, angle of
friction. Direction of static friction, related Numerical problems
30-Jun-2015 TUESDAY
Friction as the cause of motion (walking, vehicles etc). Minimum force required to move
a block on a fixed horizontal surface on another block with horizontal surface,A solid
surface moving relatively on another solid surface. Kinetic friction (Dynamic or sliding
friction). Coefficient of kinetic friction. Direction of Kinetic friction
1-Jul-2015 WEDNESDAY
Cause of static friction, cause of kinetic friction, methods to reduce friction, Advantages
and disadvantages of friction, Dependence of friction on area of contact, polishing a
surface, A block on a fixed rough inclined plane, angle of repose,cases and acceleration
down the plane. Body projected up the inclined plane etc.
2-Jul-2015 THURSDAY Miscellaneous problems on Friction
3-Jul-2015 FRIDAY Miscellaneous problems on Friction
4-Jul-2015 SATURDAY
Friction: A solid surface relatively at rest on another solid surface, static friction as
a force opposing the tendency of relative motion on the other surface. Limiting
friction, coefficient of static friction, Difference between fs,max/fs and static
friction as a self adjusting force, angle of friction. Direction of static friction, related
Numerical problems,Friction as the cause of motion (walking, vehicles etc).
Minimum force required to move a block on a fixed horizontal surface on another
block with horizontal surface,A solid surface moving relatively on another solid
surface. Kinetic friction (Dynamic or sliding friction). Coefficient of kinetic friction.
Direction of Kinetic friction,Cause of static friction, cause of kinetic friction,
methods to reduce friction, Advantages and disadvantages of friction, Dependence
of friction on area of contact, polishing a surface, A block on a fixed rough inclined
plane, angle of repose,cases and acceleration down the plane. Body projected up
along the inclined plane etc,Miscellaneous problems on Friction(100%)
5-Jul-2015 SUNDAY
Monday Exam SyllabusFor JEE-Advance
Saturday Exam Syllabus
For JEE-Main
IIT FILE NO: 43/1 [05-05-15]
Friction: A solid surface relatively at rest on another solid surface, static friction as
a force opposing the tendency of relative motion on the other surface. Limiting
friction, coefficient of static friction, Difference between fs,max/fs and static
friction as a self adjusting force, angle of friction. Direction of static friction, related
Numerical problems,Friction as the cause of motion (walking, vehicles etc).
Minimum force required to move a block on a fixed horizontal surface on another
block with horizontal surface,A solid surface moving relatively on another solid
surface. Kinetic friction (Dynamic or sliding friction). Coefficient of kinetic friction.
Direction of Kinetic friction,Cause of static friction, cause of kinetic friction,
methods to reduce friction, Advantages and disadvantages of friction, Dependence
of friction on area of contact, polishing a surface, A block on a fixed rough inclined
plane, angle of repose,cases and acceleration down the plane. Body projected up
along the inclined plane etc,Miscellaneous problems on Friction(60%) &
constraint equations,Problems in NLM without friction (Including spring
23-Jul-2015 THURSDAY Motion of a body in verticle circular motion
24-Jul-2015 FRIDAY Motion of a body in verticle circular motion
25-Jul-2015 SATURDAY
Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion(100%)
26-Jul-2015 SUNDAY
Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion(60%) & Work,
Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential energy,conservation of energy(Excluding spring problems)(40%)
27-Jul-2015 MONDAYCentre Of Mass,Linear momentum,Impulse & Collisions: Centre of Mass & Conservation
of linear Momentum(Excluding variable mass)
28-Jul-2015 TUESDAYCentre Of Mass,Linear momentum,Impulse & Collisions: Centre of Mass & Conservation
of linear Momentum(Excluding variable mass)
29-Jul-2015 WEDNESDAY Centre of Mass & Conservation of linear Momentum(Excluding variable mass)
30-Jul-2015 THURSDAY Centre of Mass & Conservation of linear Momentum(Excluding variable mass)
31-Jul-2015 FRIDAY Centre of Mass & Conservation of linear Momentum
1-Aug-2015 SATURDAY
Saturday Exam Syllabus
For JEE-Main
Monday Exam Syllabus
For JEE-Advance
Saturday Exam Syllabus
For JEE-Main
Monday Exam SyllabusFor JEE-Advance
IIT FILE NO: 43/1 [05-05-15]
Centre of Mass & Conservation of linear Momentum: Centre of Mass & COLM - Problems involving situations like block on a movable wedge, explosion etc. {EXCLUDE : Calculation of impulse, collisions and variable mass problems)
(100%)
2-Aug-2015 SUNDAY
Centre of Mass & Conservation of linear Momentum: Centre of Mass & COLM - Problems involving situations like block on a movable wedge, explosion etc. {EXCLUDE : Calculation of impulse, collisions and variable mass problems)(60%) & Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion(40%)
3-Aug-2015 MONDAY Impulse and collisions
4-Aug-2015 TUESDAY Impulse and collisions
5-Aug-2015 WEDNESDAY Impulse and collisions
6-Aug-2015 THURSDAY Impulse and collisions
7-Aug-2015 FRIDAY Variable mass
8-Aug-2015 SATURDAY
Impulse and collisions,Variable mass(100%)
9-Aug-2015 SUNDAY
Impulse and collisions,Variable mass(60%) & Centre of Mass & Conservation of linear Momentum(Excluding variable mass)(40%)
10-Aug-2015 MONDAY Rotation: Calculation of Torque due to a force,problems based on Equilibrium
11-Aug-2015 TUESDAY Calculation of Torque due to a force,problems based on Equilibrium
12-Aug-2015 WEDNESDAY Kinematics of Rotation of rigid body about fixed axis of rotation
13-Aug-2015 THURSDAY Kinematics of Rotation of rigid body about fixed axis of rotation
14-Aug-2015 FRIDAY Calculation of angular momentum of a particle
15-Aug-2015 SATURDAY INDEPENDENCE DAY
Rotation: Torque,Equilibrium, Kinematics of Rotation of rigid body about
fixed axis of rotation, anguar momentum of a particle(100%)
16-Aug-2015 SUNDAY
Rotation: Torque,Equilibrium, Kinematics of Rotation of rigid body about
fixed axis of rotation, anguar momentum of a particle(60%) & Impulse and collisions,Variable mass(40%)
17-Aug-2015 MONDAY Moment of inertia, parallel and perpendicular axis theorems
18-Aug-2015 TUESDAY Moment of inertia, parallel and perpendicular axis theorems
19-Aug-2015 WEDNESDAYRotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including
pulley - block problems
20-Aug-2015 THURSDAYRotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including
pulley - block problems
Saturday Exam Syllabus
For JEE-Main
Monday Exam SyllabusFor JEE-Advance
Saturday Exam Syllabus
For JEE-Main
Monday Exam SyllabusFor JEE-Advance
Saturday Exam Syllabus
For JEE-Main
Monday Exam SyllabusFor JEE-Advance
IIT FILE NO: 43/1 [05-05-15]
21-Aug-2015 FRIDAYRotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including
pulley - block problems
22-Aug-2015 SATURDAY
Rotation of rigid body about fixed axis: Derivation of τ =Iα, Moment of
inertia,applications of τ =Iα(including pulley - block problems(100%) (ANGULAR
MOMENTUM OF A RIGID BODY IS EXCLUDED)
23-Aug-2015 SUNDAY
Rotation of rigid body about fixed axis: Derivation of τ =Iα, Moment of
inertia,applications of τ =Iα(including pulley - block problems(60%) & Rotation:
Torque,Equilibrium, Kinematics of Rotation of rigid body about fixed axis of rotation,
anguar momentum of a particle(40%) (ANGULAR MOMENTUM OF A RIGID BODY IS
EXCLUDED)
24-Aug-2015 MONDAY Calculation of angular momentum of a rigid body in planar motion
25-Aug-2015 TUESDAY Rolling
26-Aug-2015 WEDNESDAY Rolling
27-Aug-2015 THURSDAY Rolling
28-Aug-2015 FRIDAY Toppling
29-Aug-2015 SATURDAY RAKSHABANDHAN
Calculation of angular momentum of a rigid body Rolling and toppling (100%) (Exclude
Impulse and Collisions in rotation)
30-Aug-2015 SUNDAY
Calculation of angular momentum of a rigid body Rolling and toppling (60%) (Exclude
Impulse and Collisions in rotation) & Rotation of rigid body about fixed axis: Derivation of
τ =Iα, Moment of inertia,applications of τ =Iα(including pulley - block problems(40%)
31-Aug-2015 MONDAY Conservation of angular momentum, Impulse and Collisions involving rigid body
1-Sep-2015 TUESDAY Conservation of angular momentum, Impulse and Collisions involving rigid body
2-Sep-2015 WEDNESDAY Gravitation : Introduction, Newton’s law of gravitation,gravitational field due to point mass
and distributed mass,Variation of g with different factors.(EXCLUDE Gravitational Potential)
3-Sep-2015 THURSDAYIntroduction, Newton’s law of gravitation,gravitational field due to point mass and
distributed mass,Variation of g with different factors.(EXCLUDE Gravitational Potential)
4-Sep-2015 FRIDAYIntroduction, Newton’s law of gravitation,gravitational field due to point mass and
distributed mass,Variation of g with different factors.(EXCLUDE Gravitational Potential)
5-Sep-2015 SATURDAY SRIKRISHNA JANMASHTAMI
Saturday Exam Syllabus
For JEE-Main
Monday Exam SyllabusFor JEE-Advance
Saturday Exam Syllabus
For JEE-Main
Monday Exam Syllabus
For JEE-Advance
IIT FILE NO: 43/1 [05-05-15]
Impulse and Collisions in rotation,Gravitation : Introduction, Newton’s law
of gravitation,gravitational field due to point mass and distributed mass,Variation of g with different factors(100%) (EXCLUDE Gravitational Potential)
6-Sep-2015 SUNDAY
Impulse and Collisions in rotation,Gravitation : Introduction, Newton’s law of gravitation,gravitational field due to point mass and distributed mass,Variation of g with different factors (EXCLUDE Gravitational Potential)(60%) & Calculation of angular momentum of a rigid body, Rolling and toppling conservation of angular momentum,Collisions involving rigid
body (40%)
7-Sep-2015 MONDAYGravitational potential due to a point mass,gravitational potential due to distributed
mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital
velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion
8-Sep-2015 TUESDAYGravitational potential due to a point mass,gravitational potential due to distributed
mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital
velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion
9-Sep-2015 WEDNESDAYGravitational potential due to a point mass,gravitational potential due to distributed
mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital
velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion
10-Sep-2015 THURSDAYGravitational potential due to a point mass,gravitational potential due to distributed
mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital
velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion
11-Sep-2015 FRIDAY Gravitational Pressure and self energy
12-Sep-2015 SATURDAY
Gravitational potential due to a point mass,gravitational potential due to distributed mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital velocity,escape velocity,geo-stationary
satellites,kepler's laws of planetary motion,Gravitational Pressure and self energy (100%)
13-Sep-2015 SUNDAY
Gravitational potential due to a point mass,gravitational potential due to distributed mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion,Gravitational Pressure and self
energy(60%) & Impulse and Collisions in rotation,Gravitation : Introduction, Newton’s law of gravitation,gravitational field due to point mass and distributed mass,Variation of g with different factors(40%)
density (Specific gravity), Hydro static pressure in a fluid, Variation of pressure with
depth, Atmospheric pressure, Barometer, Mano meter, Vacuum pressure, Gauge
pressure, Absolute pressure
Saturday Exam Syllabus
For JEE-Main
Monday Exam SyllabusFor JEE-Advance
Saturday Exam Syllabus
For JEE-Main
Monday Exam SyllabusFor JEE-Advance
IIT FILE NO: 43/1 [05-05-15]
15-Sep-2015 TUESDAYFree surface of a Fluid, Pascal's law, Hydraulic lift, Archimedes' Principle, Principle of
Buoyancy, Buoyancy (Including effective 'g'), Laws of floatation.
16-Sep-2015 WEDNESDAY Force on a surface in contact with the liquid (plane surface, curved surface)
17-Sep-2015 THURSDAY GANESH CHATURDHI18-Sep-2015 FRIDAY Basic Ideas of stable Equilibrium of floating Body
19-Sep-2015 SATURDAY
Fluid Statics: Definition of fluid, Ideal fluid, Density, Relative density (Specific
gravity), Hydro static pressure in a fluid, Variation of pressure with depth,
Atmospheric pressure, Barometer, Mano meter, Vacuum pressure, Gauge pressure,
Absolute pressure,Free surface of a Fluid, Pascal's law, Hydraulic lift, Archimedes'
Principle, Principle of Buoyancy, Buoyancy (Including effective 'g'), Laws of
floatation,Force on a surface in contact with the liquid (plane surface, curved
surface),Basic Ideas of stable Equilibrium of floating Body,Problems in fluid Statics
(100%)
20-Sep-2015 SUNDAY
Fluid Statics: Definition of fluid, Ideal fluid, Density, Relative density (Specific
gravity), Hydro static pressure in a fluid, Variation of pressure with depth,
Atmospheric pressure, Barometer, Mano meter, Vacuum pressure, Gauge pressure,
Absolute pressure,Free surface of a Fluid, Pascal's law, Hydraulic lift, Archimedes'
Principle, Principle of Buoyancy, Buoyancy (Including effective 'g'), Laws of
floatation,Force on a surface in contact with the liquid (plane surface, curved
surface),Basic Ideas of stable Equilibrium of floating Body,Problems in fluid Statics
(60%) & Gravitational potential due to a point mass,gravitational potential due to
distributed mass,conservation of energy,Motion of satellites and planets in circular
orbits,orbital velosity,escape velosity,geo-stationary satellites,kepler's laws of
planetary motion(40%)
21-Sep-2015 MONDAY Revision for SEMI GT-1
22-Sep-2015 TUESDAY Revision for SEMI GT-1
23-Sep-2015 WEDNESDAY Revision for SEMI GT-1
24-Sep-2015 THURSDAY Revision for SEMI GT-1
25-Sep-2015 FRIDAY Revision for SEMI GT-1
26-Sep-2015 SATURDAY
Revision for SEMI GT-1
27-Sep-2015 SUNDAY
SGT1:Syllabus covered upto 19th september 2015
Monday Exam SyllabusFor JEE-Advance
Sunday Exam SyllabusFor Semi Grand Test-1 JEE-
Advance(P1 & P2)
Saturday Exam Syllabus
For JEE-Main
IIT FILE NO: 43/1 [05-05-15]
28-Sep-2015 MONDAYFluid Dynamics:General Characteristics of liquid flow, types of Fluid flow (Stream
line and turbulent flow). Equation of Continuity. Bernoulli's theorem
29-Sep-2015 TUESDAYApplications of Bernoulli's theorem: Velocity of efflux, horizontal range of the escaping
liquid time of emptying of the vessel. Impact force of liquid.
30-Sep-2015 WEDNESDAY Venturimeter, sprayer (or) atomizer, narrowing water jet, siphon
1-Oct-2015 THURSDAY Pitot tube, dynamic lift, thrust on a rocket, magnus effect- Problems in fluid Dynamics
2-Oct-2015 FRIDAY GANDHI JAYANTHI
3-Oct-2015 SATURDAY
Fluid Dynamics:General Characteristics of liquid flow, types of Fluid flow
(Stream line and turbulent flow). Equation of Continuity. Bernoulli's theorem,Applications of Bernoulli's theorem: Velocity of efflux, horizontal range of the escaping liquid time of emptying of the vessel. Impact force of liquid,Venturimeter, sprayer (or) atomizer, narrowing water jet,
siphon,Pitot tube, dynamic lift, thrust on a rocket, magnus effect,Problems in fluid Dynamics(100%)
4-Oct-2015 SUNDAY
Fluid Dynamics:General Characteristics of liquid flow, types of Fluid flow
(Stream line and turbulent flow). Equation of Continuity. Bernoulli's theorem,Applications of Bernoulli's theorem: Velocity of efflux, horizontal
range of the escaping liquid time of emptying of the vessel. Impact force of liquid,Venturimeter, sprayer (or) atomizer, narrowing water jet, siphon,Pitot tube, dynamic lift, thrust on a rocket, magnus effect,Problems
in fluid Dynamics(60%) & Fluid Statics: Definition of fluid, Ideal fluid,
Density, Relative density (Specific gravity), Hydro static pressure in a fluid, Variation of pressure with depth, Atmospheric pressure, Barometer, Mano meter, Vacuum pressure, Gauge pressure, Absolute pressure,Free surface of
a Fluid, Pascal's law, Hydraulic lift, Archimedes' Principle, Principle of Buoyancy, Buoyancy (Including effective 'g'), Laws of floatation,Force on a
surface in contact with the liquid (plane surface, curved surface),Basic Ideas of stable Equilibrium of floating Body,Problems in fluid Statics (40%)
5-Oct-2015 MONDAYProperties of matter:Elasticity: Elastic behaviour,stress-strain relationship,Hooke's
Law,Young's modulus,bulk modulus,mudulus of regidity
modulus,mudulus of regidity,Elasticity experiment: Young's modulus of elastisity
of the material of a metallic wire,Screw gage & Vernier calipers (40%)
19-Oct-2015 MONDAY DUSSEHRA HOLIDAYS
20-Oct-2015 TUESDAY DUSSEHRA HOLIDAYS
21-Oct-2015 WEDNESDAY DUSSEHRA HOLIDAYS
22-Oct-2015 THURSDAY VIJAYA DASHAMI
23-Oct-2015 FRIDAY DUSSEHRA HOLIDAYS
24-Oct-2015 SATURDAY MOHARRAM
25-Oct-2015 SUNDAY
26-Oct-2015 MONDAYKinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-
block system and related problems
27-Oct-2015 TUESDAYKinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-
block system and related problems
28-Oct-2015 WEDNESDAYKinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-
block system and related problems
29-Oct-2015 THURSDAYKinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-
block system and related problems
30-Oct-2015 FRIDAYKinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-
block system and related problems
31-Oct-2015 SATURDAY
Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-
block system and related problems(100%)
1-Nov-2015 SUNDAY
Monday Exam SyllabusFor JEE-Advance
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IIT FILE NO: 43/1 [05-05-15]
Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-
block system and related problems(60%) & Definition of surface tension, Force required
to lift objects from surface of liquids, Surface energy, relation between surface tension
and surface energy,Capillarity, Angle of contact, rising of liquid in a capillary tube, excess
pressure inside a liquid drop, soap bubble,Surface tension,Experiment: Surface tension of
water by capillary rise and effect of detergents,Viscosity: Viscus 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 (Including
Isothermal process involving problems) (EXCLUDE - Poiseuille's equation) (40%)
2-Nov-2015 MONDAY Simple pendulum
3-Nov-2015 TUESDAY Physical pendulum
4-Nov-2015 WEDNESDAY
Cumulative problems in SHM (upto syllabus covered)
5-Nov-2015 THURSDAY
Cumulative problems in SHM (upto syllabus covered)
6-Nov-2015 FRIDAYCumulative problems in SHM (upto syllabus covered)
7-Nov-2015 SATURDAY
Simple pendulum,Physical pendulum,Cumulative problems in SHM (upto syllabus covered)(100%)
8-Nov-2015 SUNDAY
Simple pendulum,Physical pendulum,Cumulative problems in SHM (upto
syllabus covered)(60%) & Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-block system and related problems(40%)
9-Nov-2015 MONDAYWaves: Introduction to wave motion,---classifications, Progressive plane waves and
pulses--equation—characteristics
10-Nov-2015 TUESDAY
Progressive plane waves and pulses--equation—characteristics
11-Nov-2015 WEDNESDAY DIWALI
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12-Nov-2015 THURSDAY
Transverse waves on stretched strings -- velocity , power transmitted, Energy
13-Nov-2015 FRIDAY
Transverse waves on stretched strings -- velocity , power transmitted, Energy
14-Nov-2015 SATURDAY
Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and pulses--equation—characteristics,Transverse waves on stretched strings --
velocity , power transmitted, Energy(100%)
15-Nov-2015 SUNDAY
Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and
pulses--equation—characteristics,Transverse waves on stretched strings -- velocity , power transmitted, Energy(60%) & Simple pendulum,Physical pendulum,Cumulative problems in SHM (upto syllabus covered)(40%)
16-Nov-2015 MONDAY Superposition (Interference) of waves, Reflection and transmission of waves at a boundary.
17-Nov-2015 TUESDAY
Superposition (Interference) of waves, Reflection and transmission of waves at a boundary.
18-Nov-2015 WEDNESDAY Standing waves & modes of vibration of stretched strings
19-Nov-2015 THURSDAY Sound waves (longitudinal waves) as pressure waves, displacement waves, velocity of sound
waves and echoes
20-Nov-2015 FRIDAY
Power, Intensity in sound waves
21-Nov-2015 SATURDAY
Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of vibration of stretched strings,Sound waves (longitudinal waves) as pressure waves, displacement
waves, velocity of sound waves and echoes,Power, Intensity in sound waves(100%)
22-Nov-2015 SUNDAY
Saturday Exam Syllabus
For JEE-Main
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For JEE-Main
IIT FILE NO: 43/1 [05-05-15]
Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of vibration of stretched strings,Sound waves (longitudinal waves) as pressure waves, displacement
waves, velocity of sound waves and echoes,Power, Intensity in sound waves(60%) & Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and pulses--equation—characteristics,Transverse waves on
stretched strings -- velocity , power transmitted, Energy(40%)
23-Nov-2015 MONDAY
Interference of sound waves
24-Nov-2015 TUESDAY
Interference of sound waves
25-Nov-2015 WEDNESDAYOrgan pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a
resonance tube.
26-Nov-2015 THURSDAY Beats
27-Nov-2015 FRIDAY
Doppler effect in sound
28-Nov-2015 SATURDAY
Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a resonance tube,Beats,Doppler
effect in sound(100%)
29-Nov-2015 SUNDAY
Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of
sound in air at room temperature using a resonance tube,Beats,Doppler effect in sound(60%) & Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of
vibration of stretched strings,Sound waves (longitudinal waves) as pressure waves, displacement waves, velocity of sound waves and echoes,Power,
Intensity in sound waves(40%)
30-Nov-2015 MONDAYHeat & thermodynamics: Heat, temperature, scales of measurement of temperature and
relation among them
1-Dec-2015 TUESDAY Calorimetry
2-Dec-2015 WEDNESDAY Calorimetry,Experiment: Specific heat capacity of a given (i) solid and (ii) liquid by method
of mixtures
3-Dec-2015 THURSDAY Thermal expansion of solids and liquids
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4-Dec-2015 FRIDAY
Thermal expansion of solids and liquids
5-Dec-2015 SATURDAY
Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation among them,Calorimetry,Experiment: Specific heat capacity of a given (i) solid and (ii) liquid by method of mixtures,Thermal expansion of solids and liquids(100%)
6-Dec-2015 SUNDAY
Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation among them,Calorimetry,Experiment: Specific
heat capacity of a given (i) solid and (ii) liquid by method of mixtures,Thermal expansion of solids and liquids(60%) & Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a resonance tube,Beats,Doppler effect in
sound(40%)
7-Dec-2015 MONDAY Kinetic theory of gases
8-Dec-2015 TUESDAY Kinetic theory of gases
9-Dec-2015 WEDNESDAY First law of thermodynamics and specific heat capacities of gases
10-Dec-2015 THURSDAY First law of thermodynamics and specific heat capacities of gases
11-Dec-2015 FRIDAY First law of thermodynamics and specific heat capacities of gases
12-Dec-2015 SATURDAY
Kinetic theory of gases,First law of thermodynamics and specific heat capacities of gases(100%)
13-Dec-2015 SUNDAY
Kinetic theory of gases,First law of thermodynamics and specific heat capacities of gases(60%) & Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation among
them,Calorimetry,Experiment: Specific heat capacity of a given (i) solid and (ii) liquid by method of mixtures,Thermal expansion of solids and
liquids(40%)
14-Dec-2015 MONDAY
Second law of thermodynamics , concept of entropy, heat engines and refrigerator
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IIT FILE NO: 43/1 [05-05-15]
15-Dec-2015 TUESDAY
Heat Transfer : Heat Transfer
16-Dec-2015 WEDNESDAY
Heat Transfer
17-Dec-2015 THURSDAYHeat Transfer,Experiment: Plotting a cooling curve for the relationship between the
temperature of a hot body and time
18-Dec-2015 FRIDAYHeat Transfer,Experiment: Plotting a cooling curve for the relationship between the
temperature of a hot body and time
19-Dec-2015 SATURDAY
Second law of thermodynamics , concept of entropy, heat engines and refrigerator,Heat Transfer,Experiment: Plotting a cooling curve for the
relationship between the temperature of a hot body and time(100%)
20-Dec-2015 SUNDAY
Second law of thermodynamics , concept of entropy, heat engines and refrigerator,Heat Transfer,Experiment: Plotting a cooling curve for the
relationship between the temperature of a hot body and time(60%) & Kinetic theory of gases,First law of thermodynamics and specific heat
capacities of gases(40%)
21-Dec-2015 MONDAY Complete reflection
22-Dec-2015 TUESDAY Complete reflection
23-Dec-2015 WEDNESDAY Complete reflection
24-Dec-2015 THURSDAY Complete reflection
25-Dec-2015 FRIDAY CHRISTMAS
26-Dec-2015 SATURDAY
Complete reflection(100%)
27-Dec-2015 SUNDAY
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IIT FILE NO: 43/1 [05-05-15]
Complete reflection(60%) & Second law of thermodynamics , concept of
entropy, heat engines and refrigerator,Heat Transfer,Experiment: Plotting a cooling curve for the relationship between the temperature of a hot body
and time(40%)
28-Dec-2015 MONDAY Refraction at plane surface
29-Dec-2015 TUESDAY TIR and Prism
30-Dec-2015 WEDNESDAYTIR and Prism,Experiments: (i) Plot of angle of deviation vs angle of incidence for a
triangular prism,(ii) Refractive index of a glass slab using a travelling microscope
31-Dec-2015 THURSDAY Refraction at curved surface
1-Jan-2016 FRIDAY NEW YEAR
2-Jan-2016 SATURDAY
Refraction at plane surface,TIR and Prism,Experiments: (i) Plot of angle of
deviation vs angle of incidence for a triangular prism,(ii) Refractive index of
a glass slab using a travelling microscope,Refraction at curved surface(100%)
3-Jan-2016 SUNDAY
Refraction at plane surface,TIR and Prism,Experiments: (i) Plot of angle of deviation vs angle of incidence for a triangular prism,(ii) Refractive index of a glass slab using a travelling microscope,Refraction at curved
surface(60%) & Complete reflection(40%)
4-Jan-2016 MONDAY Lenses & Combination of lens
5-Jan-2016 TUESDAY
Lenses & Combination of lens
6-Jan-2016 WEDNESDAYWave optics: Wave nature of light- wave fronts - Huygens principle (Application to
reflection, refraction), Young’s double slit experiment and variations of standard YDSE
7-Jan-2016 THURSDAYWave optics: Wave nature of light- wave fronts - Huygens principle (Application to
reflection, refraction), Young’s double slit experiment and variations of standard YDSE
8-Jan-2016 FRIDAYWave optics: Wave nature of light- wave fronts - Huygens principle (Application to
reflection, refraction), Young’s double slit experiment and variations of standard YDSE
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9-Jan-2016 SATURDAY
Lenses & Combination of lens ,Wave optics: Wave nature of light- wave fronts - Huygens principle (Application to reflection, refraction), Young’s
double slit experiment and variations of standard YDSE(100%)
10-Jan-2016 SUNDAY
Lenses & Combination of lens ,Wave optics: Wave nature of light- wave fronts - Huygens principle (Application to reflection, refraction), Young’s double slit experiment and variations of standard YDSE (60%) & Refraction at plane surface,TIR and Prism,Experiments: (i) Plot of angle of deviation vs
angle of incidence for a triangular prism,(ii) Refractive index of a glass slab using a travelling microscope,Refraction at curved surface(40%)
11-Jan-2016 MONDAY PONGAL HOLIDAYS
12-Jan-2016 TUESDAY PONGAL HOLIDAYS
13-Jan-2016 WEDNESDAY PONGAL HOLIDAYS
14-Jan-2016 THURSDAY SANKRANTHI
15-Jan-2016 FRIDAY PONGAL HOLIDAYS
16-Jan-2016 SATURDAY PONGAL HOLIDAYS
17-Jan-2016 SUNDAY
18-Jan-2016 MONDAYELECTROSTATICS ; Coulombs Law, Electric Field due to point charge and distributed
charge
19-Jan-2016 TUESDAY Electric Field due to point charge and distributed charge
20-Jan-2016 WEDNESDAYElectric potential ,Electric potential energy, relation between E and V, Electric dipole and
energy conservation (Excluding self energy of spherically charge distributed bodies)
21-Jan-2016 THURSDAYElectric potential ,Electric potential energy, relation between E and V, Electric dipole and
energy conservation (Excluding self energy of spherically charge distributed bodies)
Energy density & Electrostatic pressure,self energy of spherically charge distributed
bodies
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IIT FILE NO: 43/1 [05-05-15]
23-Jan-2016 SATURDAY
ELECTROSTATICS ; Coulombs Law,Electric Field due to point charge and distributed charge,Electric potential ,Electric potential energy, relation between E and V, Electric dipole and energy conservation (Excluding self energy of spherically charge distributed bodies,EXCLUDE Gauss Law &
properties of conductor)(100%)
24-Jan-2016 SUNDAY
ELECTROSTATICS ; Coulombs Law,Electric Field due to point charge and
between E and V, Electric dipole and energy conservation (Excluding self energy of spherically charge distributed bodies,EXCLUDE Gauss Law & properties of conductor)(60%) + Lenses & Combination of lens ,Wave optics: Wave nature of light- wave fronts - Huygens principle (Application to
reflection, refraction), Young’s double slit experiment and variations of standard YDSE(40%)
Principle; Hund's rule; Electronic configuration of the elements; States of Matter:
Measurable properties of gases; Gas Laws - Ideal gas equation, Measurable properties of
gases; Gas Laws - Ideal gas equation (60%) & Atomic Strucutre: Fundamental Particles -
their characetrstics; Thomson's, Rutherford's atomic model, Plank's Quantum theory,
Bohr's atomic model, Applications of Bohr's atomic model - calculation of radius, velocity
of an electron, frequency, time period and energy of electron in an orbit, Electro
magnetic spectra, Hydrogen spectrum, Photoelectric effect, de Broglie Equation,
Heisenberg's Uncertainity principle (40%)
18-May-2015 MONDAY Dalton's Law of Partial pressure: Graham's Law of diffusion19-May-2015 TUESDAY Kinetic theory of gases; Distribution of molecular velocities; Kinetic energy
20-May-2015 WEDNESDAYNon ideality of gases; vander Waal's equaiton of state, Compressibility factor; liquifaction of
Principle; Hund's rule; Electronic configuration of the elements; States of Matter:
Measurable properties of gases; Gas Laws - Ideal gas equation, Measurable properties of
gases; Gas Laws - Ideal gas equation (40%)
25-May-2015 MONDAY Stoichiometry (15×2=30): Significant figures; Laws of chemical combination26-May-2015 TUESDAY Mole concept; empirical and molecular formula
27-May-2015 WEDNESDAYChemical calculations based upon weight, volume relations of chemical equations,
percentage composition of mixtures
28-May-2015 THURSDAYChemical calculations based upon weight, volume relations of chemical equations,
percentage composition of mixtures
29-May-2015 FRIDAYChemical calculations based upon weight, volume relations of chemical equations,
percentage composition of mixtures
30-May-2015 SATURDAY
Stoichiometry: Significant figures; Laws of chemical combination, Mole concept;
empirical and molecular formula, Chemical calculations based upon weight, volume
relations of chemical equations, percentage composition of mixtures(100%)
31-May-2015 SUNDAY
Stoichiometry: Significant figures; Laws of chemical combination, Mole concept;
empirical and molecular formula, Chemical calculations based upon weight, volume
relations of chemical equations, percentage composition of mixtures(60%) & States of
Matter: Dalton's Law of Partial pressure: Graham's Law of diffusion, Kinetic theory of
gases; Distribution of molecular velocities; Kinetic energy, Non ideality of gases; vander
Waal's equaiton of state, Compressibility factor; liquifaction of gases & Critical state,
Properties of Liquids - Vapour pressure, Viscosity and surface tension (40%)
1-Jun-2015 MONDAY Concept of redox reactions - oxidation number - Types of redox reactions2-Jun-2015 TUESDAY Balancing Redox reactions
3-Jun-2015 WEDNESDAY Balancing Redox reactions
4-Jun-2015 THURSDAY Equivalent weight
5-Jun-2015 FRIDAY Methods of expressing concnetration of a solution - % by weight, Molarity, Molality,
Normality, Mole fraction, ppm, % labelling of oleum, volume strength of hydrogen peroxide
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6-Jun-2015 SATURDAY
Concept of redox reactions - oxidation number - Types of redox reactions, Balancing
Redox reactions, Equivalent weight, Methods of expressing concnetration of a solution -
% by weight, Molarity, Molality, Normality, Mole fraction, ppm, % labelling of oleum,
volume strength of hydrogen peroxide (100 %)
7-Jun-2015 SUNDAY
Stoichiometry: Significant figures; Laws of chemical combination, Mole concept;
empirical and molecular formula, Chemical calculations based upon weight, volume
relations of chemical equations, percentage composition of mixtures(40%) & Concept of
redox reactions - oxidation number - Types of redox reactions, Balancing Redox reactions,
Equivalent weight, Methods of expressing concnetration of a solution - % by weight,
titrations - simple titrations, double titrations and back titrations, Redox titrations: oxalic-
acid vs KMnO4, Mohr’s salt vs KMnO4 ; Degree of hardness of water (60 %)
14-Jun-2015 HOME-SICK HOLIDAYS
15-Jun-2015 MONDAY HOME-SICK HOLIDAYS
16-Jun-2015 TUESDAY Thermodynamics(9×2=18): Terms involved in thermodynamics - System & Surrounding,
Extensive and Intensive Properties, Path and State function, types of processes
17-Jun-2015 WEDNESDAYFirst law of thermodynamics , Reversible and irrevesible processes; Work - expressions for
reversible, irreversible isothermal and adiabatic processes
18-Jun-2015 THURSDAYFirst law of thermodynamics , Reversible and irrevesible processes; Work - expressions for
reversible, irreversible isothermal and adiabatic processes
19-Jun-2015 FRIDAYThermochemistry: Enthalpy of reaction - different types of enthalpies, Hess's law, Effect of
temperature on enthalpy of reaction - Kirchoff's equation20-Jun-2015 SATURDAY
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IIT FILE NO: 43/1 [05-05-15]
Thermodynamics: Terms involved in thermodynamics - System & Surrounding, Extensive
and Intensive Properties, Path and State function, types of processes, First law of
thermodynamics , Reversible and irrevesible processes; Work - expressions for reversible,
irreversible isothermal and adiabatic processes21-Jun-2015 Sunday
Thermodynamics: Terms involved in thermodynamics - System & Surrounding, Extensive
and Intensive Properties, Path and State function, types of processes, First law of
thermodynamics , Reversible and irrevesible processes; Work - expressions for reversible,
irreversible isothermal and adiabatic processes (60 %) & Volumetric analysis:
neutralisation titrations - simple titrations, double titrations and back titrations, Redox
titrations: oxalic-acid vs KMnO4, Mohr’s salt vs KMnO4 ; Degree of hardness of water (40
%)
22-Jun-2015 MONDAYHess’s law and its applications, Determination of enthalpy of hydration of CuSO4,
Resonance energy
23-Jun-2015 TUESDAYLimitations of first law of thermodynamics; Second law of Thermodynamics; Carnot cycle,
efficiency of thermodynamic system.24-Jun-2015 WEDNESDAY Entropy - physical significance, expressions in all types of processes 25-Jun-2015 THURSDAY Entropy - physical significance, expressions in all types of processes 26-Jun-2015 FRIDAY Gibb's free energy - physical significance, spontneity of processes27-Jun-2015 SATURDAY
Thermochemistry: Enthalpy of reaction - different types of enthalpies, Hess's law, Effect
of temperature on enthalpy of reaction - Kirchoff's equation, Limitations of first law of
thermodynamics; Second law of Thermodynamics; Carnot cycle, efficiency of
thermodynamic system, Entropy - physical significance, expressions in all types of
processes (100 %)
28-Jun-2015 SUNDAY
Thermodynamics: Terms involved in thermodynamics - System & Surrounding, Extensive
and Intensive Properties, Path and State function, types of processes, First law of
thermodynamics , Reversible and irrevesible processes; Work - expressions for reversible,
irreversible isothermal and adiabatic processes (40 %) & Thermochemistry: Enthalpy of
reaction - different types of enthalpies, Hess's law, Effect of temperature on enthalpy of
reaction - Kirchoff's equation, Limitations of first law of thermodynamics; Second law of
Thermodynamics; Carnot cycle, efficiency of thermodynamic system, Entropy - physical
significance, expressions in all types of processes (60 %)
29-Jun-2015 MONDAYChemical Equilbirum(5×2 =10): Reversible and Irreversible reactions, Homogenous and
Heterogenous equilibria, characteristics of equilibrium state, Law of mass action,
equilibrium constant, characteristics of equilibrium constant, Kp, Kc relation
30-Jun-2015 TUESDAYEquilibrium involving physical processes: solid - liquid; liquid - gas and solid - gas. General
charecterstics of equilibrium involving physical process
1-Jul-2015 WEDNESDAY
Lechatlier’s principle - factors effecting equilibrium concentration, pressure, temperature
and effect of catalyst, principle applied for synthesis of ammonia and sulphur trioxide and
other typical reactions, Thermodynamics of equilibrium constant. Significance of ∆G and
∆G˚ in chemical equilibrium
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2-Jul-2015 THURSDAY
Lechatlier’s principle - factors effecting equilibrium concentration, pressure, temperature
and effect of catalyst, principle applied for synthesis of ammonia and sulphur trioxide and
other typical reactions, Thermodynamics of equilibrium constant. Significance of ∆G and
∆G˚ in chemical equilibrium
3-Jul-2015 FRIDAY
Lechatlier’s principle - factors effecting equilibrium concentration, pressure, temperature
and effect of catalyst, principle applied for synthesis of ammonia and sulphur trioxide and
other typical reactions, Thermodynamics of equilibrium constant. Significance of ∆G and
∆G˚ in chemical equilibrium
4-Jul-2015 SATURDAY
Chemical Equilbirum: Reversible and Irreversible reactions, Homogenous and
Heterogenous equilibria, characteristics of equilibrium state, Law of mass action,
equilibrium constant, characteristics of equilibrium constant, Kp, Kc relation; Lechatlier’s
principle - factors effecting equilibrium concentration, pressure, temperature and effect
of catalyst, principle applied for synthesis of ammonia and sulphur trioxide and other
typical reactions, Thermodynamics of equilibrium constant. Significance of ∆G and ∆G˚ in
chemical equilibrium
5-Jul-2015 SUNDAY
Thermochemistry: Enthalpy of reaction - different types of enthalpies, Hess's law, Effect
of temperature on enthalpy of reaction - Kirchoff's equation, Limitations of first law of
thermodynamics; Second law of Thermodynamics; Carnot cycle, efficiency of
thermodynamic system, Entropy - physical significance, expressions in all types of
processes (40 %) & Chemical Equilbirum: Reversible and Irreversible reactions,
Homogenous and Heterogenous equilibria, characteristics of equilibrium state, Law of
mass action, equilibrium constant, characteristics of equilibrium constant, Kp, Kc
temperature and effect of catalyst, principle applied for synthesis of ammonia and
sulphur trioxide and other typical reactions, Thermodynamics of equilibrium constant.
Significance of ∆G and ∆G˚ in chemical equilibrium (60 %)
6-Jul-2015 MONDAYIonic Equilibrium(10×2 =20):Theories of acid & bases – Arhenius, Bronsted-Lowry and
Lewis theory, Ionic product of water and pH scale
7-Jul-2015 TUESDAYpH calculation involving strong and weak acids and bases, Levelling effect, Common ion
effect, Dissociation of polyprotic acids
8-Jul-2015 WEDNESDAYpH calculation involving strong and weak acids and bases, Levelling effect, Common ion
effect, Dissociation of polyprotic acids
9-Jul-2015 THURSDAYpH calculation involving strong and weak acids and bases, Levelling effect, Common ion
effect, Dissociation of polyprotic acids
10-Jul-2015 FRIDAY Salt hydrolysis11-Jul-2015 SATURDAY
Ionic Equilibrium:Theories of acid & bases – Arhenius, Bronsted-Lowry and Lewis theory,
Ionic product of water and pH scale; pH calculation involving strong and weak acids and
bases, Levelling effect, Common ion effect, Dissociation of polyprotic acids, Salt
hydrolysis (100%)
12-Jul-2015 SUNDAY
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IIT FILE NO: 43/1 [05-05-15]
Chemical Equilbirum: Reversible and Irreversible reactions, Homogenous and
Heterogenous equilibria, characteristics of equilibrium state, Law of mass action,
equilibrium constant, characteristics of equilibrium constant, Kp, Kc relation; Lechatlier’s
principle - factors effecting equilibrium concentration, pressure, temperature and effect
of catalyst, principle applied for synthesis of ammonia and sulphur trioxide and other
typical reactions, Thermodynamics of equilibrium constant. Significance of ∆G and ∆G˚ in
chemical equilibrium (40 %) & Ionic Equilibrium:Theories of acid & bases – Arhenius,
Bronsted-Lowry and Lewis theory, Ionic product of water and pH scale; pH calculation
involving strong and weak acids and bases, Levelling effect, Common ion effect,
Dissociation of polyprotic acids, Salt hydrolysis (60%)
13-Jul-2015 MONDAY Buffer solutions
14-Jul-2015 TUESDAY Titrations and Theory of indicators
15-Jul-2015 WEDNESDAY Solubility of sparingly soluble salts and solubility product16-Jul-2015 THURSDAY Solubility of sparingly soluble salts and solubility product17-Jul-2015 FRIDAY Solubility of sparingly soluble salts and solubility product18-Jul-2015 SATURDAY RAMZAN
Buffer solutions, Titrations and Theory of indicators; Solubility of sparingly soluble salts
and solubility product (100 %)19-Jul-2015 SUNDAY
Ionic Equilibrium:Theories of acid & bases – Arhenius, Bronsted-Lowry and Lewis theory,
Ionic product of water and pH scale; pH calculation involving strong and weak acids and
bases, Levelling effect, Common ion effect, Dissociation of polyprotic acids, Salt
hydrolysis (40%) & Buffer solutions, Titrations and Theory of indicators; Solubility of
sparingly soluble salts and solubility product (60 %)
20-Jul-2015 MONDAYClassification of Elements and Periodicity in Properties (5×2=10): Modern periodic law and
present form of the periodic table, s, p, d and f block elements
21-Jul-2015 TUESDAYModern periodic law and present form of the periodic table, s, p, d and f block elements
22-Jul-2015 WEDNESDAYPeriodic trends in properties of elements atomic and ionic radii, ionization enthalpy,
electron gain enthalpy
23-Jul-2015 THURSDAYPeriodic trends in properties of elements atomic and ionic radii, ionization enthalpy,
electron gain enthalpy
24-Jul-2015 FRIDAYPeriodic trends in properties of elements atomic and ionic radii, ionization enthalpy,
electron gain enthalpy
25-Jul-2015 SATURDAY
Chemical Bonding and Molecular Strucuture (12×2=24): Kossel – Lewis approach to
chemical bond formation, concept of ionic and covalent bonds, Lewis strucutres, Formal
Charge
Classification of Elements and Periodicity in Properties : Modern periodic law and present
form of the periodic table, s, p, d and f block elements; Periodic trends in properties of
elements atomic and ionic radii, ionization enthalpy, electron gain enthalpy (100 %)
26-Jul-2015 SUNDAY
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IIT FILE NO: 43/1 [05-05-15]
Buffer solutions, Titrations and Theory of indicators; Solubility of sparingly soluble salts
and solubility product (40 %) & Classification of Elements and Periodicity in Properties :
Modern periodic law and present form of the periodic table, s, p, d and f block elements;
Periodic trends in properties of elements atomic and ionic radii, ionization enthalpy,
electron gain enthalpy (60 %)
27-Jul-2015 MONDAYIonic Bonding: Formation of ionic bonds, factors affecting the formation of ionic bonds;
calculation of lattice enthalpy, Fajan's rules
28-Jul-2015 TUESDAYIonic Bonding: Formation of ionic bonds, factors affecting the formation of ionic bonds;
calculation of lattice enthalpy, Fajan's rules
29-Jul-2015 WEDNESDAYValence Shell Electron Pair Repulsion (VSEPR) theory and shapes of simple molecules,
dipole moment
30-Jul-2015 THURSDAYValence Shell Electron Pair Repulsion (VSEPR) theory and shapes of simple molecules,
dipole moment
31-Jul-2015 FRIDAYValence Shell Electron Pair Repulsion (VSEPR) theory and shapes of simple molecules,
dipole moment
1-Aug-2015 SATURDAYQuantum mechanical approach to covalent bonding: Valence bond theory – Its important
features, concept of hybridization involving s, p and d orbitals; Resonance.
Chemical Bonding and Molecular Strucuture: Kossel – Lewis approach to chemical bond
formation, concept of ionic and covalent bonds, Lewis strucutres, Formal Charge; Ionic
Bonding: Formation of ionic bonds, factors affecting the formation of ionic bonds;
calculation of lattice enthalpy, Fajan's rules; Valence Shell Electron Pair Repulsion
(VSEPR) theory and shapes of simple molecules, dipole moment (100 %) [Note: No
questions on bond parameters are to be asked]
2-Aug-2015 SUNDAY
Classification of Elements and Periodicity in Properties : Modern periodic law and
present form of the periodic table, s, p, d and f block elements; Periodic trends in
properties of elements atomic and ionic radii, ionization enthalpy, electron gain enthalpy
(40 %) & Chemical Bonding and Molecular Strucuture: Kossel – Lewis approach to
chemical bond formation, concept of ionic and covalent bonds, Lewis strucutres, Formal
Charge; Ionic Bonding: Formation of ionic bonds, factors affecting the formation of ionic
bonds; calculation of lattice enthalpy, Fajan's rules; Valence Shell Electron Pair Repulsion
(VSEPR) theory and shapes of simple molecules, dipole moment (60 %) [Note: No
questions on bond parameters are to be asked]
3-Aug-2015 MONDAYQuantum mechanical approach to covalent bonding: Valence bond theory – Its important
features, concept of hybridization involving s, p and d orbitals; Resonance.
4-Aug-2015 TUESDAYQuantum mechanical approach to covalent bonding: Valence bond theory – Its important
features, concept of hybridization involving s, p and d orbitals; Resonance.
5-Aug-2015 WEDNESDAY
Molecular Orbital Theory – Its important features, LCAOs, types of molecular orbitals
(bonding, antibonding), sigma and pi-bonds, molecular orbital electronic configurations of
homonuclear diatomic molecules, concept of bond order, bond length and bond energy
Monday Exam Syllabus
For JEE-Advance
Saturday Exam Syllabus
For JEE-Main
Monday Exam Syllabus
For JEE-Advance
IIT FILE NO: 43/1 [05-05-15]
6-Aug-2015 THURSDAY
Molecular Orbital Theory – Its important features, LCAOs, types of molecular orbitals
(bonding, antibonding), sigma and pi-bonds, molecular orbital electronic configurations of
homonuclear diatomic molecules, concept of bond order, bond length and bond energy
7-Aug-2015 FRIDAYElementary idea of metallic bonding, Intermolecular forces, Hydrogen bonding and its
applications
8-Aug-2015 SATURDAY
Alkali Metals (5x2 =10): General introduction, electronic configuration and general trends in
physical and chemical properties of elements, anomalous properties of the Li, diagonal
relationship of Li with Mg
Quantum mechanical approach to covalent bonding: Valence bond theory – Its important
features, concept of hybridization involving s, p and d orbitals; Resonance; Molecular
Orbital Theory – Its important features, LCAOs, types of molecular orbitals (bonding,
antibonding), sigma and pi-bonds, molecular orbital electronic configurations of
homonuclear diatomic molecules, concept of bond order, bond length and bond energy;
Elementary idea of metallic bonding, Intermolecular forces, Hydrogen bonding and its
applications (100 %)9-Aug-2015 SUNDAY
Chemical Bonding and Molecular Strucuture: Kossel – Lewis approach to chemical bond
formation, concept of ionic and covalent bonds, Lewis strucutres, Formal Charge; Ionic
Bonding: Formation of ionic bonds, factors affecting the formation of ionic bonds;
calculation of lattice enthalpy, Fajan's rules; Valence Shell Electron Pair Repulsion
(VSEPR) theory and shapes of simple molecules, dipole moment (40 %) & Quantum
mechanical approach to covalent bonding: Valence bond theory – Its important features,
concept of hybridization involving s, p and d orbitals; Resonance; Molecular Orbital
Theory – Its important features, LCAOs, types of molecular orbitals (bonding,
antibonding), sigma and pi-bonds, molecular orbital electronic configurations of
homonuclear diatomic molecules, concept of bond order, bond length and bond energy;
Elementary idea of metallic bonding, Intermolecular forces, Hydrogen bonding and its
applications (60 %)
10-Aug-2015 MONDAYGeneral introduction, electronic configuration and general trends in physical and chemical
properties of elements, anomalous properties of the Li, diagonal relationship of Li with Mg
11-Aug-2015 TUESDAYGeneral introduction, electronic configuration and general trends in physical and chemical
properties of elements, anomalous properties of the Li, diagonal relationship of Li with Mg
12-Aug-2015 WEDNESDAY
Preparation and properties of some important compounds –Oxides, peroxides, hydroxides,
carbonates, bicarbonates, chlorides and sulphates of sodium, potassium, Biological
significance of Na & K
13-Aug-2015 THURSDAY
Preparation and properties of some important compounds –Oxides, peroxides, hydroxides,
carbonates, bicarbonates, chlorides and sulphates of sodium, potassium, Biological
significance of Na & K14-Aug-2015 FRIDAY
Monday Exam Syllabus
For JEE-Advance
Saturday Exam Syllabus
For JEE-Main
IIT FILE NO: 43/1 [05-05-15]
Alkali Metals: General introduction, electronic configuration and general trends in
physical and chemical properties of elements, anomalous properties of the Li, diagonal
relationship of Li with Mg; Preparation and properties of some important compounds
–Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and sulphates of
sodium, potassium, Biological significance of Na & K (100 %)
15-Aug-2015 SATURDAY INDEPENDENCE DAY 16-Aug-2015 SUNDAY
Quantum mechanical approach to covalent bonding: Valence bond theory – Its important
features, concept of hybridization involving s, p and d orbitals; Resonance; Molecular
Orbital Theory – Its important features, LCAOs, types of molecular orbitals (bonding,
antibonding), sigma and pi-bonds, molecular orbital electronic configurations of
homonuclear diatomic molecules, concept of bond order, bond length and bond energy;
Elementary idea of metallic bonding, Intermolecular forces, Hydrogen bonding and its
applications (40 %) & Alkali Metals: General introduction, electronic configuration and
general trends in physical and chemical properties of elements, anomalous properties of
the Li, diagonal relationship of Li with Mg; Preparation and properties of some important
compounds –Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and
sulphates of sodium, potassium, Biological significance of Na & K (60 %)
17-Aug-2015 MONDAY
Alkaline Earth Metals (5×2 =10): General introduction, electronic configuration and general
trends in physical and chemical properties of elements, anomalous properties of the Be,
diagonal relationship of Be with Al
18-Aug-2015 TUESDAYGeneral introduction, electronic configuration and general trends in physical and chemical
properties of elements, anomalous properties of the Be, diagonal relationship of Be with Al
19-Aug-2015 WEDNESDAYGeneral introduction, electronic configuration and general trends in physical and chemical
properties of elements, anomalous properties of the Be, diagonal relationship of Be with Al
20-Aug-2015 THURSDAY
Preparation, properties and industrial apllications of some important compounds - Oxides,
peroxides, hydroxides, carbonates, bicarbonates, chlorides and sulphates of Magnesium
and Calcium, plaster of paris and cement; Biological significance of Mg and Ca.
21-Aug-2015 FRIDAY
Preparation, properties and industrial apllications of some important compounds - Oxides,
peroxides, hydroxides, carbonates, bicarbonates, chlorides and sulphates of Magnesium
and Calcium and cement; Biological significance of Mg and Ca.
22-Aug-2015 SATURDAYGroup 13(5×2 =10): Electronic configuration and general trends in physical and chemical
properties of elements across the periods and down the groups; unique behaviour Boron
Alkaline Earth Metals: General introduction, electronic configuration and general trends
in physical and chemical properties of elements, anomalous properties of the Be,
diagonal relationship of Be with Al; Preparation, properties and industrial apllications of
some important compounds - Oxides, peroxides, hydroxides, carbonates, bicarbonates,
chlorides and sulphates of Magnesium and Calcium and cement; Biological significance of
Mg and Ca (100 %)
Monday Exam Syllabus
For JEE-Advance
Saturday Exam Syllabus
For JEE-Main
Saturday Exam Syllabus
For JEE-Main
IIT FILE NO: 43/1 [05-05-15]
23-Aug-2015 SUNDAY
Alkali Metals: General introduction, electronic configuration and general trends in
physical and chemical properties of elements, anomalous properties of the Li, diagonal
relationship of Li with Mg; Preparation and properties of some important compounds
–Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and sulphates of
sodium, potassium, Biological significance of Na & K (40 %) & Alkaline Earth Metals:
General introduction, electronic configuration and general trends in physical and
chemical properties of elements, anomalous properties of the Be, diagonal relationship
of Be with Al; Preparation, properties and industrial apllications of some important
compounds - Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and
sulphates of Magnesium and Calcium and cement; Biological significance of Mg and Ca
(60 %)
24-Aug-2015 MONDAYPreparation, properties and uses of boron and aluminium; properties of boric acid,
diborane, boron trifluoride, borax, alumina, aluminium chloride and alums.
25-Aug-2015 TUESDAYPreparation, properties and uses of boron and aluminium; properties of boric acid,
diborane, boron trifluoride, borax, alumina, aluminium chloride and alums.
26-Aug-2015 WEDNESDAYPreparation, properties and uses of boron and aluminium; properties of boric acid,
diborane, boron trifluoride, borax, alumina, aluminium chloride and alums.
27-Aug-2015 THURSDAYPreparation, properties and uses of boron and aluminium; properties of boric acid,
diborane, boron trifluoride, borax, alumina, aluminium chloride and alums.
28-Aug-2015 FRIDAY
Group 14 (5×2 =10): Electronic configuration and general trends in physical and chemical
properties of elements across the periods and down the groups; unique behaviour carbon,
Allotropes of carbon, tendency for catenation; Structure & properties of silicates, and
zeolites.
Group 13: Electronic configuration and general trends in physical and chemical properties
of elements across the periods and down the groups; unique behaviour Boron;
Preparation, properties and uses of boron and aluminium; properties of boric acid,
14-Sep-2015 MONDAY Surface Chemistry (4×2=8): Adsorption and factors affecting adsorption
15-Sep-2015 TUESDAY Adsorption and factors affecting adsorption16-Sep-2015 WEDNESDAY Colloidal State and Catalysis17-Sep-2015 THURSDAY GANESH CHATURDHI18-Sep-2015 FRIDAY Colloidal State and Catalysis19-Sep-2015 SATURDAY
Surface Chemistry 20-Sep-2015 SUNDAY
Surface Chemistry
21-Sep-2015 MONDAY
Purification and Charetization of Organic Compounds(3×2 =6): Purification - Crystallization,
sublimation, distillation, differential extraction and chromatography - principles and their
applications.
22-Sep-2015 TUESDAY
Qualitative analysis – Detection of nitrogen, sulphur, phosphorus and halogens.
with carbenes and carbenoids (60 %) & Dienes and Alkynes: Preparation and reactions of
diene; 1,2-&1,4-addition, elementary examples of Diels-Alder reaction & Alkynes:
Preparations and alkynes (40 %)
14-Dec-2015 MONDAY Benzene (5×2 =10): Preparations and reactions of benzene and alkyl benzenes
15-Dec-2015 TUESDAYEletrophilic aromatic substitution, mechanism of halogenations, nitration, sulphonation,
nitrosation, alkylation and acylation
16-Dec-2015 WEDNESDAYEletrophilic aromatic substitution, mechanism of halogenations, nitration, sulphonation,
nitrosation, alkylation and acylation17-Dec-2015 THURSDAY Reactivity and orientation towards electrophilic aromatic substitutions18-Dec-2015 FRIDAY Reactivity and orientation towards electrophilic aromatic substitutions19-Dec-2015 SATURDAY
Benzene: Preparations and reactions of benzene and alkyl benzenes; Eletrophilic aromatic
substitution, mechanism of halogenations, nitration, sulphonation, nitrosation, alkylation
and acylation; Reactivity and orientation towards electrophilic aromatic substitutions
(100 %)20-Dec-2015 SUNDAY
Dienes and Alkynes: Preparation and reactions of diene; 1,2-&1,4-addition, elementary
examples of Diels-Alder reaction & Alkynes: Preparations and alkynes (40 %) & Benzene:
Preparations and reactions of benzene and alkyl benzenes; Eletrophilic aromatic
substitution, mechanism of halogenations, nitration, sulphonation, nitrosation, alkylation
and acylation; Reactivity and orientation towards electrophilic aromatic substitutions (60
%)
21-Dec-2015 MONDAYSolid State (6×2=12): Classification of solids - molecular, ionic, covalent and metallic.
Amorphous and Crystalline solids.
22-Dec-2015 TUESDAYUnit cell and lattices; calculations involving unit cell parameters, Bragg’s Law and its
6-Jun-2016 MONDAY Properties and reactions of alcohols
IIT FILE NO: 43/1 [05-05-15]
7-Jun-2016 TUESDAY Properties and reactions of alcohols8-Jun-2016 WEDNESDAY Phenols (3×2 =6): Prepartion, properties and reactions9-Jun-2016 THURSDAY Prepartion, properties and reactions
10-Jun-2016 FRIDAY Prepartion, properties and reactions11-Jun-2016 SATURDAY
Alcohols: Properties and reactions(40 %) & Phenols : Prepartion, properties and
reactions; Ethers: Preparation, properties and reactions (60 %) 12-Jun-2016 SUNDAY
Alcohols:Preparation, Properties and reactions(50 %) & Phenols : Prepartion, properties
and reactions; Ethers: Preparation, properties and reactions (50 %) 13-Jun-2016 MONDAY ETHERS (2× 2 = 4) : Preparation and reactions14-Jun-2016 TUESDAY Preparation and reactions15-Jun-2016 WEDNESDAY Aldehydes and Ketones(12×2=24): Preparation of aldehyde & ketones
16-Jun-2016 THURSDAY Preparation of aldehyde & ketones
29-Jun-2015 MONDAY Trigonometric equations -Introduction, principal solutions
30-Jun-2015 TUESDAY General solution of sin x, cos x, tan x
1-Jul-2015 WEDNESDAY Equations based on extreme values, graphs
2-Jul-2015 THURSDAY Trigonometric inequalities
3-Jul-2015 FRIDAY Hyperbolic functions
4-Jul-2015 SATURDAY
Trigonometric equations, and inequations(Excluding hyperbolic functions)
5-Jul-2015 SUNDAY
Trigonometric equations, and inequations (Excluding hyperbolic functions)
6-Jul-2015 MONDAY 2-D GEOMETRY distance formula :-Section formula, area of triangle
7-Jul-2015 TUESDAY Finding various centres with given vartices of a triangle
8-Jul-2015 WEDNESDAY Locus
9-Jul-2015 THURSDAY Locus
10-Jul-2015 FRIDAY Transformations of axes11-Jul-2015 SATURDAY
2-D GEOMETRY distance formula :-Section formula, area of triangle, Finding various
centres with given
vartices of a triangle, Locus, Transformations of axes
######### SUNDAY
2-D GEOMETRY distance formula :-Section formula, area of triangle, Finding varioues
centres with given
vartices of a triangle, Locus, Transformations of axes
13-Jul-2015 MONDAY STRAIGHT LINES:- Introduction14-Jul-2015 TUESDAY Different forms of straight lines, Intersection of two lines15-Jul-2015 WEDNESDAY Angle between two lines, distance from a point to a line
16-Jul-2015 THURSDAY Angle between the lines, projection of a point on a line, reflection of a point w.r.t a line
17-Jul-2015 FRIDAY Angle between the lines, projection of a point on a line, reflection of a point w.r.t a
line
18-Jul-2015 SATURDAY RAMZAN
Straight lines (excluding angle bisectors , family of lines and concurrency of three or more lines)
######### SUNDAY
Straight lines (excluding angle bisectors , family of lines and concurrency of three or more lines)
20-Jul-2015 MONDAY Angle bisectors
21-Jul-2015 TUESDAY Family of lines Concurrency of 3 or more lines
22-Jul-2015 WEDNESDAY Pairs of lines
23-Jul-2015 THURSDAY Pairs of lines
24-Jul-2015 FRIDAY Homogenisation
25-Jul-2015 SATURDAY
Monday Exam SyllabusJEE-Advance
Saturday Exam
Syllabus
JEE-Main
Monday Exam SyllabusJEE-Advance
Saturday Exam
Syllabus
Saturday Exam
Syllabus
Monday Exam SyllabusJEE-Advance
Saturday Exam
Syllabus
Monday Exam SyllabusJEE-Advance
IIT FILE NO: 43/1 [05-05-15]
Complete straight lines and pairs of lines and Homogenisations (Avoid combined equation of 3 lines, passing through Origin)
######### SUNDAY
Complete straight lines and pairs of lines and Homogenisations (Avoid combined equation of 3 lines, passing through Origin)
27-Jul-2015 MONDAY FUNCTIONS:-Types of functions ( one-one, onto,many-one, into)
28-Jul-2015 TUESDAY FUNCTIONS:-Types of functions ( one-one, onto,many-one, into)
29-Jul-2015 WEDNESDAY Even and odd functions
30-Jul-2015 THURSDAY Damian and range (excluding inverse trrigonomatric fucntions)
31-Jul-2015 FRIDAY Damian and range (excluding inverse trrigonomatric fucntions)
1-Aug-2015 SATURDAY
Types of functions ( one-one, onto,many-one, into, even and odd), Domain and range (exculding inverse fucntions avoid periodic fucntions, inverse fucntions, composite fucntions, fucntional equations)
######### SUNDAY
Types of functions ( one-one, onto,many-one, into, even and odd), Domain and range (exculding inverse fucntions avoid periodic fucntions, inverse fucntions, composite fucntions, fucntional equations)
3-Aug-2015 MONDAY Definition of inverse of a fucntion
9-Sep-2015 WEDNESDAY Tangent and normal to a circle
10-Sep-2015 THURSDAY Tangent and normal to a circle
11-Sep-2015 FRIDAY Chord of contact, length of chord, equation of chord with given midpoint
12-Sep-2015 SATURDAY
CIRCLES: Equation of circle,Equation of circle,Tangent and normal to a circle,Chord of
contact, length of chord,
equation of chord with given midpoint ( avoid equation of pair of tangents )
######### SUNDAY
CIRCLES: Equation of circle,Equation of circle,Tangent and normal to a circle,Chord of
contact, length of chord,
equation of chord with given midpoint ( avoid equation of pair of tangents )
14-Sep-2015 MONDAYPair of tangents to a circle,Condition for two circles to touch or intersect, Common tangents of two circles
15-Sep-2015 TUESDAY Angle between two circles, Orthogonal Circle
16-Sep-2015 WEDNESDAY Radical axis , radical centre
17-Sep-2015 THURSDAY GANESH CHATURDHI
18-Sep-2015 FRIDAY Family of circles
19-Sep-2015 SATURDAY
pair of tangents to a circle, condition for two circles to touch or intersect , common tangents of two circles , radical axis , radical centre , family of circles,Angle between two circles, Orthogonal Circles
######### SUNDAY
Complete circles.21-Sep-2015 MONDAY Revision of Semi Grandtest -I22-Sep-2015 TUESDAY Revision of Semi Grandtest -I23-Sep-2015 WEDNESDAY Revision of Semi Grandtest -I
24-Sep-2015 THURSDAY Revision of Semi Grandtest -I
25-Sep-2015 FRIDAY Revision of Semi Grandtest -I26-Sep-2015 SATURDAY Revision of Semi Grandtest -I
Monday Exam SyllabusJEE-Advance
Saturday Exam
Syllabus
JEE-Main
Monday Exam Syllabus
Saturday Exam
Syllabus
JEE-Main
Saturday Exam
Monday Exam Syllabus
Saturday Exam
Monday Exam Syllabus
IIT FILE NO: 43/1 [05-05-15]
######### SUNDAY
Semi Grandtest -I(Syllabus covered up to 25th sep)
28-Sep-2015 MONDAY Standard equation of parabola, focus, directrix, axes, latus- rectum
29-Sep-2015 TUESDAY Tangent (both in Cartesian and parametric form)
30-Sep-2015 WEDNESDAY Equation of chord joining two points, chord in terms of midpoint
1-Oct-2015 THURSDAYCondition for tangency, properties of focal chords,Points of intersection of line and parabola
2-Oct-2015 FRIDAY GANDHI JAYANTI
3-Oct-2015 SATURDAY
parabola ( excluding normals)
4-Oct-2015 SUNDAY
parabola ( excluding normals)
5-Oct-2015 MONDAYEquation of normal both in Cartesian and parametric form in respect of the
standard equation
6-Oct-2015 TUESDAY Number of normals passing through a given point
18-Jan-2016 MONDAY COMPLEX NUMBERS:-Algebra of complex numbers, square and cube roots of a+ib(excluding cube roots of unity)
19-Jan-2016 TUESDAY Modulus and amplitude form a complex number, properties of modulus and amplitude
20-Jan-2016 WEDNESDAY
Triangular inequality, parallelogram law , Geometrical interpretation of sum and
difference of a complex number
21-Jan-2016 THURSDAY Modulus and amplitude of product and quotient of two complex numbers complex conjugate
22-Jan-2016 FRIDAY Rotation and Coni's formula
23-Jan-2016 SATURDAY
Algebra of complex numbers, square and cube roots of a+ib(excluding cube roots of unity),Modulus and amplitude form a complex number, properties of modulus and amplitude, triangular inequality, parallelogram law , Geometrical interpretation of sum and difference of a complex number,; Modulus and amplitude of product and quotient of two complex numbers complex conjugate,Rotation and Coni's formula
######### SUNDAY
Saturday Exam
Syllabus
JEE-Main
Monday Exam Syllabus
Monday Exam SyllabusJEE-Advance
Saturday Exam
Syllabus
JEE-Main
Saturday Exam
IIT FILE NO: 43/1 [05-05-15]
Algebra of complex numbers, square and cube roots of a+ib(excluding cube roots of unity),Modulus and amplitude form a complex number, properties of modulus and amplitude, triangular inequality,
parallelogram law , Geometrical interpretation of sum and difference of a complex number,; Modulus and amplitude of product and quotient of two complex numbers complex conjugate,Rotation and Coni's formula
25-Jan-2016 MONDAY De moivres theorem both for integral and rational index
26-Jan-2016 TUESDAY REPUBLICDAY
27-Jan-2016 WEDNESDAYcube roots and nth roots of unity and their geometrical interpretation in Argand diagram
28-Jan-2016 THURSDAY section formula,area of a triangle,locus problems
29-Jan-2016 FRIDAYEquation of a line and circle in Complex form ,logarithm of a complex number
30-Jan-2016 SATURDAY
De moivres theorem both for integral and rational index, cube roots and nth roots of unity and their geometrical interpretation in Argand diagram, section formula,area of a triangle,locus problems ,complex equation of a line and circle,logarithm of a complex number
######### SUNDAY
De moivres theorem both for integral and rational index, cube roots and nth roots of unity and their geometrical interpretation in Argand diagram, section formula,area of a triangle,locus problems ,complex equation of a line and circle,logarithm of a complex number
1-Feb-2016 MONDAY Revision of Semi Grandtest -II
2-Feb-2016 TUESDAY Revision of Semi Grandtest -II
3-Feb-2016 WEDNESDAY Revision of Semi Grandtest -II
4-Feb-2016 THURSDAY Revision of Semi Grandtest -II
5-Feb-2016 FRIDAY Revision of Semi Grandtest -II
6-Feb-2016 SATURDAY Revision of Semi Grandtest -II
7-Feb-2016 SUNDAY
Semi Grandtest -II(Syllabus covered from28th sep to 29th Jan2016)