concepts required in iit jee

8/18/2019 concepts required in IIT JEE

1/22

TOPICS

E/M Concept

Rutherford Experiment

Bohr's Theory

Hydrogen Spectrum

Heisenberg Uncertainty Principle

Debroglie Duality

Quantum Numbers

Electronic Configuration

Plancks quantum theory

Pauli’s exclusion principle

aufbau principle

hund's rule

quantum mechanical model of atom including schrodinger equation

Law Of Chemical Combination

Mole Concept

Chemical Formula

Oxidation States

Balancing Redox Reaction

% methods of concentration

molarity

molality

mole fraction

Ionic Bond

Covalent Bond

Coordinate Bond

Dipolemoment

Hybridisation

VBT

MOT

Resonance

Hydrogen Bonding

Metallic Bonding

Law Of Mass Action

Equilibrium Constant

Lechatlier's Principle

Solubility Product

PH

Hydrolysis Of Salts

Buffer Solutions

Ionic equilibrium

Theory of indicators

Poly protic acids

rate of chemical reaction

Order Of Reaction

Temperature Dependence Of Rate

Nuclear chemistry

molecularity of reaction

first order reactions

second order reactions

third order reactions

parallel reactions

simultaneous reactions

Development Of Periodical Table

Modern Periodical Table

IE


2/22

EA

Atomic Size

EN

physical properties

reaction with water

reaction with air

solubility and stability

solubility in liquid ammonia

flame coloration

reducing nature

other chemical reactions

preparation and properties of NaOH

preparation and properties of Na2CO3

preparation and properties of NaHCO3

physical properties

reaction with water

reaction with air

solubility and stability

solubility in liquid ammonia

flame coloration

reducing nature

other chemical reactions

preparation and properties of POP

preparation and properties of Ca(OH)2

preparation and properties of bleaching powder

Position of hydrogen

Preparation

Properties

Water

Heavy water

Hydrogenperoxide

Equivalent Concept

Simple Titration

Double Titration

Back Titration

Gas Analysis

Hardness of water

% free SO3 in oleum

volume strength of H2O2

Gas Laws

Ideal Gas Equation

Deviation From Ideality

Vander Waal's Equation

Kinetic Theory Of Gases

Gas Velocities

Law Of Partial Pressures

grahams law

Critical constants

Joule Thomson effect & Liquefaction of gases

Electronic Effects

Acidity Basicity

Reaction Intermediates

Nomenclature

structural isomerism

tautomerism

geometrical isomerism


3/22

optical isomerism

conformational isomerism

physical properties

abnormal behaviour of Boron

borax

B2O3

Boric Acid

Boranes and Diboranes

BN and B3N3H6

halides of Borons

other compounds of boron

aluminium compounds

alums

physical properties

allotropes and catenation of carbon

general reactions

oxides of group 14

hydrides of group 14

halides of group 14

silicones

silicates

glass

compounds of Sn and Pb

preparation of alkanes

physical properties of alkanes

halogenation of alkanes

other reactions of alkanes

preparation of alkenes

physical properties of alkenes

electrophilic addition reactions of alkenes

peroxide effect

other rections of alkenes

physical propertiesof alkynes

preparation of alkynes

electrophilic addition reactions of alkynes

other reactions of alkynes

aromaticity

preparation of benzene

physical properties of benzene

electrophilic substitution reactions

First Law Of Thermodynamics

Pressure Volume Work

Enthalpy Changes

Hess Law

Second Law Of Thermodynamics

Concept Of Entropy

Free Energy

Bond Energy

Thermo chemistry

Nomenclature

Isomerism

Theory Of Coorination Compounds

Oxidation States

Effective atomic number (EAN)

Valence bond Theory

Crystal field Theory


4/22

Group 1 To 7

Nitates

Sulphates

Halides

Sulphides

Carbonates

Bicarbonates

Nitrites

Classification Of Solids

Bravais Lattice

Closed Packing

Ionic Crystals

Defects In Solids

Magnetic properties

Theory of conductions

General Features

Oxidation States

Spin Only Magnetic Moment

preparation and properties of KMnO4

preparation and properties of K2Cr2O7

preparation and properties of other compounds

Electro Chemical Cells

Cell Reactions

Standard Electrode Potential

Nernst Equation

Emf Of Galvanic Cells

Faraday's Laws Of Electrolysis

Electrolytic Conductance

Kohlrausch Law

Concentration Cells

Raoult's Law

Vapour Pressure

Ideal Non Ideal Solutions

Lowering Of Vapour Pressure

Osmotic Pressure

Elivation In Boiling Point

Depression In Freezing Point

Abnormal colligative

Properties & Van’t Hoff factor

Types Of Ore

Concentration Of Ores

roasting

Calcination

Reduction Of Metallic Ores

Refining Of Metals

Ellingham diagram

physical properties

allotropes and catenation of Phosphorous

general reactions

nitrogen

abnormal behaviour of nitrogen

oxides of nitrogen

hydrides of nitrogen

nitric acid

oxides and halides of phosphorous

oxoacids of phosphorous


5/22

other compounds of nitrogen family

physical properties

allotropes and catenation of sulpher

general reactions

compounds of sulphur

abnormal behaviour of oxygen

oxides of sulphur

oxoacids of sulphur

other compounds of oxygen family

ozone

physical properties

perparation and properties of Cl2

general reactions

poly halides

abnormal behaviour of fluorine

oxides of halogens

oxoacids of halogens

other compounds of halogen family

inter halogen compounds

pseudo halogens

physical properties

compounds of Xe

Alkyl Halides

Aryl Halides

Alcohol

Ethers

Phenols

Aldehydes And Ketones

Carboxylic Acids And Their Derivatives

Amines

Carbohydrates

Amino Acids

Polymers

POC

Concept Of Adsorption

Colliods

Emulsion

Surfactants

Micelles

Based on formula for roots

Based on discriminent

one common root

both roots common

Quadratic expression

remainder theorem

formation of QE

sign of QE

interval in which roots lie

definition

properties of log

log inequalities

Log graph

definition based problems

modulus

argument

properties of modulus


6/22

properties of argument

properties of conjugate

de moivres thm

nth root of unity

SL

C

E

H

Section Formula

rotation Thm

Cube roots of unity

Max. and Min. value of mod. of a complex number

Roots of complex equations

Intersection of a straight line and circle on Argand plane

definition

greatest co-efficient

greatest term

Binomial Co-efficient of a specific type of term

binomial series with k.Binomial coefficient

binomial series with Binomial coefficient/k type

binomial series with Binomial coefficient/Binomial coefficient miscellaneous

miscellaneous

Sum of co-efficient and Relationship between the Co-efficient of the expansion like (a + bx + cx2)

AP

AM

GP

GM

HP

HM

AGP

Method of differences

Vn Method

AM to GM to HM

weighted AM

AM of mth power

Problems based on LHL and RHL

Problems based on existance of limits

Problems based on trigonometric limits

Problems based on direct substitution

Problems based on rationalization or double rationalization

Problems based on standard results

Problems based on limits of the form x implies infinity

Problems based on exponential limits

Problems based on log limits

Problems based on 1 to power infinity form

Problems based on L hospital rule

Problems based on Newton Lebnitz rule

Problems based on sandwitz thm

specially series expansion based problems

Limit of composite functions

Max. value and MIn. value of a function using limit

Distance formulae

section formulae

Centroid

Incentre

circumcentre


7/22

orthocentre

centroid , incentre , circumcentre orthocentre in a right angle and equilateral D

area of D

condition of collinearity of 3 points

slope of a line

Equation of st Line in - Slope form

Equation of st Line in - One point form

Equation of st Line in - two Point form

Equation of st Line in - intercept form

Equation of st Line in - parametric form

Equation of st Line in - normal form

general form to different form

^distance of a point from a line

distance b/w two parallel lines

angle b/w two lines

Eqn of a line Parallel to a given line

Eqn of a line perpendicular to a given line

family of st line

Locus

Concurrent Line

Acute angle bisector

Obtuse angle bisector

rotation of axis

translation of axis

pair of st lines

angle between two pair of st lines

condition for eqn of second degree to represent two lines

eqn of pair of line joing pts of intersection of a line and a conic

Eqn of circle in various forms

radius and centre of eqn of circle in various forms

condition on eqn of second degree to represent circle

position of a point w.r.t. a circle

parametric eqn of a circle

Tangent

normal

condition of tangency

chord of contact

eqn of chord with mid pts

pair of tangents

length of tangent

condition for two circles touching each other

condition for two circles touching intersecting other

family of circle - passing thrgh pt of intersection of 2 circles

family of circle - passing thrgh pt of intersection of line and a circles

family of circle - passing thrgh two points

family of circle - always touching a st line at given pt

radical axis and its property

common chord

condition for orthogonal intersection

common tangent Equation

Length of intercept made by a circle on a line

Angle between two circles

Basing on director circle of a circle

Equation of a chord of mid-point is given

eqn of parabola in std form

Problem based on - finding focus, directrix, vertex , latus rectum etc


8/22

eqn of tangent

eqn of normal



eqn of pair of tangent

condition of a line to be tangent to parabola

geometrical properties of a parabola

focal chord

condition for focal chord

pt of intersection of tangents

pt of intersection of normals

Condition for z normals

Problems based on normal

Roots of cubic equations

Std Form

Problem based on - finding focus, directrix, vertex , latus rectum etc

position of a pt w.r.t. ellipse

parametric co-ordinates

condition of a line to be tangent to Ellipse

focal distance

eqn of tangent

eqn of normal

eqn of chord of contact




geometrical properties

focal chord



chord of contact

director circle

auxiliary circle

Point of intersection of tangents

Co-normal points

Angle between the tangents

Basing on director circle of ellipse

Intersection of ellipse and a circle

Equation of chord joining two points having eccentric angle

basic definition

Std form

Problem based on - finding focus directrix, vertex , latus rectum etc

position of a pt w.r.t. hyperbola

focal distance

eqn of tangent

eqn of normal

eqn of chord of contact




geometrical properties

focal chord



chord of contact

director circle


9/22

Auxiliary circle

rectangular hyperbola

eqn of tangent to rectangular hyperbola

eqn of normal to rectangular hyperbola

pt of intersection of rectangular hyperbola and a circle

Asymptotes

Basic properties of conjugate hyperbola of a hyperbola

Co-normal points

Intersection of a rectangular hyperbola with a circle

Common tangent between hyperbola and circle

Equation of Asymptotes

Fundamental principle of counting (multiplication)

Fundamental principle of counting (addition)

Permutation of n things taking r at a time p(n,r)

Permutation of n things, p are alike, q are alike, r are alike

Permutation of n things taking r at a time, each may be repeated any number of times ( n^r)

Permutation under condition

Arrangement around the circular table

Arrangement of beads around a circular necklace

Circular permutation of n different things taken r at a times

combination of n things taking r at a time(c(n,r)

Combination of n things taken r at a time when k perticular objects occur (C(n-k, r - k))

C (n, 1) + C (n, 2) + ……+C(n, n) =2^n - 1.

Out of p + q + r + t things p, q, r and t are alike

total no of divisors of a number

Division into groups

Arrangement in groups

Derangements

Multinomial theorem

Exponent of prime p in n!.

Sum of division of a composite number

Identities

Compound angles

Multiple angles

Sub-multiple angles

Transformation

Graph of trignomety(periodicity) ratio

Trignometric equations

Trignometric inequations

Properties of triangle

Trignometric ratios

Heights and distances

Sum and product formulae

Extreme value problems

Relation between different systems of measurement of Angles

fundamental identities

Sign of Trigonometric ratios

Domain & range of Trigonometric ratios

Trigonometric ratios of Allied angles ( Sum or difference is multiple of 90)

Trigonometric ratios of sum & difference of two angles

Transformation Formula - Product into Sum or Difference

Transformation Formula - Sum and difference into Poduct

Trigonometric ratios of multiple angles

Trigonometric ratios of sub-multiple angles

greatest & least values of trigonometric expressions

Trigonometric Identities


10/22

conditional identities

polygons

Sum of sine/cos series where angles are in AP

Product of Cosine where angles are in GP with r = 2 or 1/2

Principal & General solution

Conversion to lower degree

Conversion into quadratic form

Change of variable

Inequalities

Problems based on extreme values

Solution of Trigonometric Equations - Priciple values

Solution of Trigonometric Equations - in a given Interval

Solution of Trigonometric Equations - General Solution

Solution of Simultaneous trigonometric equation - in one variable

Solution of Simultaneous trigonometric equation - in two variable

Trigonometric Inequation

Solution of Trigonometric Equations - based on extreme values of Trigonometric ratios

Sine Rule

Cosine Rule

Projection formula

Napier's Analogy

Half angle formula

Area of triangle , Heron's formula

solution of Triangle - Two sides and included angle are given

solution of Triangle - Two angles and included side are given

solution of Triangle - Case of Ambiguity

Circles Connected with a Triangle - Circumcircle

Circles Connected with a Triangle - Incircle

Circles Connected with a Triangle - Escribed Circles

m-n theorem

apolloneus theorem

Distence of Circumcentre from the sides

Distence of incentre from the vertices

Distence of orthocentre from the vertices

Distence of orthiocentre from the sides

Distance between various centres

Circles circumscribing or inscribing a regular Polygon

cyclic quadrilaterals

Addition of matrices

Multiplication of matrices

properties of matrix multiplication

Transpose

Adjoint

inverse of matrix

types of matrices

system of linear equation and solution

Conjugate of a matrix

Equality of two matrices

Using of determinant to explain some properties of adjoint of matrix

evaluation of 2X2 det

evaluation of 3X3 det

minors and cofactors of a set

reflection property

all zero property

proportionality property

Switching property


11/22

Scalar multiple property

sum property

property of invarience

factor property

triangle property

product of 2 det

conjugate of a det

differentiation of a det

solution of linear eqn

cramers rule

Solution of linear equations using Crammer’s Rule

sets and types of sets

number of elements in sets

operation on sets

venn diagram based problems

cartesian products of two sets

relation and types of relations

function and types of functions

one to one functions

onto functions

bijective functions

inverse of a function

composite function

binary operation

modulus function

GIF

domain of a function

Range of a function

Algebra of a function

composite function

even fn

odd fn

period of a function

functional relationship (investigate fn)

no of solution type problems

Graphical solution of function

To check continuity of a fn

type of discontinuity

continuity of composite fn

finding unknown parameters from continuity

to find points of discontinuity

no of points of discontinuity

to check differentiability of a fn

LHD & RHD of a fn

existance of derivative

Problems based on continuity and differentiability using graph

Problems based on finding unknown parameters

Problems based on piece wise defined function

Problems based on investigating fns using functional relationship

Problems based on first principle

Using continuity & differentiability to determine number of real roots of a function

derivative of algebric fn

derivative of log fn

derivative of exponential fn

derivative of trigonometric fn

derivative of inverse trigonometric


12/22

derivative of sum and difference of two or more fn

derivative of product of two fn

derivative of quotient of two fns

derivative of implicit fn

derivative of parametric fn

derivative of one function w.r.t another fn

derivative of fn to power fn form

derivative of infinite series type problems

chain rule

first principle

higher order derivative

Problems based on Tangents to a curve

Problems based on Normals to a curve

Problems based on angle of intersection of two curves

monotonocity based problems - interval of increase and decrease

monotonocity based problems - inequality based

monotonocity based problems - inequality based - using first derivative

monotonocity based problems - inequality based - using second derivative

maxima/minima based problems - first derivative test based

maxima/minima based problems - second derivative test based

maxima/minima based problems - higher order derivative test based

maxima/minima based problems - local maxima or minima based

maxima/minima based problems - global maxima or minima based

Problems based on substitution - Algebric substitution

Problems based on substitution - trigonometric substitution

Problems based on by parts

Problems based on integration of rational function

Problems based on integration of irrational function

integration using complex number

integration using standard substitution

conversion of unknown form to known form

based on ò ex (f(x) + f`(x)) dx type

Limit as a sum

Problems based on a-x property

Problems based on integral seperator property

Problems based on a+b-x property

Problems based on even and odd fn

Problems based on f(2a-x) = f(x) property

Problems based on periodic fns

Problems based on partial derivatives

lebnitz rule

inequalities

piece wise continious fns

Solving definite integration using graphs

order and degree of DE

formation of DE

solution of DE by variable seperable method

solution of DE by eqn reducible to variable seperable method

solution of DE of the homogeneous form

solution of DE reducible to the homogeneous form

solution of LDE

solution of bernoulis eqn

solution of general form of LDE

solution of general form of variable seperation

orthogonal trajectories

application of DE


13/22

rate of change problem

geometrical apllication

Solution of DE reducible to Bernoulii form

area bounded by f(x) , x axis, x=a and x=b.

area bounded by g(y) , y axis, y=a and y=b.

area bounded by f(x) , g(x) x=a and x=b

curve and its asymptotes

Area bounded by a single curve y = f(x)

Modulus or magnitude

Types of vectors

Addition and subtraction of vectors

Position vectors

Section formula internal

Section formula external

Component of a vector

Linear combination

Linear dependent or independent

Collinearity of three points

Collinearity of two vectors

Collinearity of four points

Collinearity of three vectors

Product of two vectors

Scalar product

Work done

Vector product

Geometrical interpretation of cross product

Moment of a force

Triple product

Scalar triple product

Vector triple product

Geometrical interpretation

Distance formula

Section formula

Centriod of a triangle

Centriod of a tetrahedron

Direction cosines

Direction ratios

Angle between two vectors

Angle in terms of direction ratios

Projection of the join of two points

Line through a point and parallel to a vector (vector form)

Line through a point and parallel to a vector (cartesiabn form)

Line passing through two points (v.f.)

Line passing through two points (c.f.)

Angle between two lines (v.f.)

Angle between two lines (c.f.)

Perpendicular from a point to a line

Shortest distance between two skew lines

General equation of a plane

Plane in normal form ( v. F. )

Plane in normal form ( C. F. )

Transformation of general form of normal form

Plane passing through a point and perpendicular to a vector ( v. F. )

Plane passing through a point and perpendicular to a vector ( C. F. )

Equation of a plane in intercept form

Plane passing through three points ( V.F.)


14/22

Plane passing through three points ( C.F.)

Plane passing through two points and parallel to a vector ( v. F.)

Plane passing through two points and parallel to a vector ( C. F.)

Plane passing through two points and parallel to two vectors ( V. F.)

Plane passing through two points and parallel to two vectors ( C. F.)

Plane parallel to a given plane ( v.F.)

Plane parallel to a given plane ( c.F.)

Angle between two planes ( v. F. )

Angle between two planes ( C. F. )

Angle between a line and a plane ( V.F)

Angle between a line and a plane (C.F)

Planes bisecting the angles between two planes ( v. F. )

Planes bisecting the angles between two planes ( C. F. )

Bisector of acute / obtuse angle

Distance of a point from a plane (V.F

Distance of a point from a plane (C.F)

Distance between two parallel planes ( v. F. )

Distance between two parallel planes ( C. F. )

Planes passing through the intersection of two planes ( v. F. )

Planes passing through the intersection of two planes(V.F)

Two sides of a plane

Condition for a line to lie in a plane ( v. F. )

Condition for a line to lie in a plane ( C. F. )

Condition for two lines to be intersecting coplaner and the plane containing them ( v. F. )

Condition for two lines to be intersecting coplaner and the plane containing them (C.F.)

Equation of a sphere ( v. F. )

Equation of a sphere (C. F. )

Equation of a sphere through four points ( v. F. )

Equation of a sphere the extremities of diameter being

Equation of a sphere the extremities of diameter being given ( c. F. )

Condition of tangency ( v. F. )

Condition of tangency ( C. F. )

Sample space

Mixed events

Equally likely events

Independent events

Complementary events

Mutually exclusive events

Exhaustive events

Classical definition of probability

Addition theorem of probability

Compound probablity

Conditional probablity

Bay`s theorem

Binomial theorem on probability

Multinomial theorem on probablity

Binomial distribution

Random variable

Definition of inverse functions

Domain and Range

Graphs of inverse functions

Properties of inverse functions

Inequalities

Sum of series

Max and Min. values

Solution of Inverse trigonometric Equations


15/22

Inverse circular Function - domain & range

problems based on inverse trigonometric function of trigonometric functions

problems based on trigonometric functions of inverse trigonometric function

Conversion of one ICF to other

sum & Difference of Two or more ICFs

measurement of length using parallex method

precision and accuracy

relative error absolute error mean error

propagation of error(addition subtractio multiplication and division)

relative error calculation for any relationship

significant digits

calculation of significant digits for aqddition subtraction multiplication division)

dimentional analysis

least count(qualitative)

vernier callipers

screw gauge

searls experiment

organ pipe

mirror and lens problem

Vectors

Scalars

Dot Product

Cross product

Projection & projection vector

Type of vectors

Area as vector

Application of cross product

Equation of straight line

Equation of plane

Direction cosines

Direction of ratios

Volume of parallelepiped

Scalar triple product

Vector triple Product

Addition of vectors

uniformly accelerated motion

motion along horizontal direction

motion along vertical direction ,

non uniform accelerated motion

Use of calculus in Kinematics

1-D motion

moption in 2d use of vectors

uniform accellerated motion in vector form

non uniform accelerateed motion

Projectile motion as projection from ground

Projectile motion as projection from height

Projectile motion as horizontal projection

Projectile motion as projection at an angle.

Projectile motion as projection from incline

Projectile motion with collision of projectile.

Circular motion

Tangential acceleration

Centripetal acceleration

Nonuniform circular motion

Relative Velocity - General

Rain-Man


16/22

River - Boat

Relative motion of two cars

Wind - Aeroplane

Graphs in Kinematics

Distance and displacement

Average speed and velocity

Inertial and non inertial frame of referance

Free body diagram

tension

contract forces

Normal reaction

Field forces

Pulleys

Pseduo force

Constraint equations

Static friction

Kinetic friction

Limiting friction

Application of Newton's II law

Centripetal & centrifugal gorce

Constraint Equation due Contact between the surfaces

Constraint equation with the help of tension method

Conical pendulum

Accident at circular turn (skidding)

Accident at circular turn (tuppling)

Equilibrium of forces

Newton's first law

Newton's third law

Conservative & non-conservative force

Work energy theorem

Energy conservation

Power

Motion in vertical circle

Work done calculation vectorially

Work done by different forces

Work done

Momentum

Kinetic Energy (KE)

Kinetic Energy and Momentum

Potential energy

Mechanical energy

chemical energy

Centre of mass of point size bodies

Centre of mass of continuous bodies

Centre of mass of discrete bodies

Laws of conservation of linear momentum

impulse

Elastic collision

Coefficient of restituion

Inelastic collision

Head on collision

Oblique collision

Use of vectors in case & collisions

Acceleration & velocity of COM

Impulse Momentum theory

Conservation of Momentum and Energy


17/22

Moment of inertia

Moment of inertia of discrete masses

Moment of inertia of distributed masses

Radius of Gyration

Theorem of parrallel axis

Theorem of perpendicular axes

Part of solid is cut.

Pure Rotationa Motion

Sums on angular displacement when angular velocity is constant

Sums on angular displacement when angular velocity is varying

Pulley Problems

Couple

Vector form of Torque

Work done by torque

Using the equation torque=Moment of interia * angular acceleration

Torque and angular momentum

Torque about a point

Torque along the axis of rotation

Vector form of Angular Momentum

Angular momentum for discrete particles

Angular momentum for continuous mass distribution

L = Iω

conservation of angular momentum

Angular impulse

Toppling condition

Finding angular acceleration in toppling

Instataneous Axis of Rotation

condition for pure rolling

Combined translation and rotational motion

Rolling on a stationary horizontal surface

Rolling on a surface which is moving with constant velocity

Rolling on a surface which is moving with constant acceleration

Rolling on a inclined plane

Calculating frictional force during pure rolling

Finding translation and rotational energy when it is pure rolling

Finding velocity and acceleration of different point in a solid body

Finding translation and rotational energy when it is pure rolling

Finding velocity and acceleration of different point in a solid body

Force between a system of discrete particles

Finding force due to continuous distribution of mass

Gravitation force due to hollow,solid sphere.

Work done in gravitational field

Variation of g with depth and height

Variation of g with mass and density

Variation of g with earth rotation

Potential energy due to discrete masses

Potential energy due to continuous masses

Change in potential energy when some work is done

Force when potential Energy is given

Escape Velocity

Motion of planet and satellites

Relation between PE,KE and TE for satellites.

Keplers law

E – r graph

V – r graph & its conversion

Self energy


18/22

Gauss’s law for gravitation

Application of gauss’s law n gravitation

Gravitational potential

Orbital velocity

conservation of angular momentum and energy in gravitation

Centre of gravity

Variation of Pressure with height

Pascal law

Barometer

Manometer

Archimedes Principle

Condition for floating

Pressure difference when it is accelerated vertically

Pressure difference when it is accelerated horizontally

Equation of continuity

Bernoullis theorem

Viscosity & application of F = - A(dv/dx)

Stoke's law

Surface tension

Hydrostatic force

Hydrostatic torque

Siphon tube & its application

Power developed by viscous force

Nozzle

Buoyant force if container is acceleratingin vertical direction

Terminal velocity

Posicllilli equation

Area of cross section of falling liquid

Velocity profile in a pipe of constant area

Coalease of bubbler & drops

Surface tension force

Surface tension energy

Terminal velocity

Venturi meter

Capillary action

Excess Pressure in Drop and Bubble

Relative density

Modulii of elasticity

Elastic potential energy

Equation of SHM

Relation between SHM and uniform circular motion

Frequency of a system performing SHM

Two body SHM

Super position principle

Damped horimonic motion

Graph between stress & strains

SHM including rolling

Reduced mass system

Phase constant, phase

Thermometry

Scales of temperature and their conversions

Thermal expansion of solids,liquids,gases

Applications of thermal expansions of solids.liquids,gases

Ideal gas equation

Average,RMS, Most probable velocities


19/22

Molar specific heat capacities

Kinetic theory of gases and degree of freedom

Thermodynamics

Isothermal process

Adiabatic process

Polytropic process

Thermodynamic graphs

Adiabatic free expansion

Degree of freedom

Conversion of PV graph into PT

Conversion of PV graph into VT

Conversion of PV graph into T

Rate of coiling (General case)

Cyclic process

Heat transfer - conduction

Heat transfer - radiation

Heat transfer - convection

Application of Stefan's law

Spectral Distribution of Radiation Energy graph

Newton's law of cooling.

Wein's displacement law

Transverse and longitudinal waves

Equation of waves

velocity of longitudinal and transverse waves

Energy transfer in waves

Velcoity & Acceleration of particles of medium during wave propagation

Superposition of waves - Interference

Superposition of waves - Stationary waves in string

Energy in Standing Waves

Superposition of waves - Stationary waves in organ pipe

Superposition of waves - Stationary waves in rod

Superposition of waves - Beats

Transmission and reflection of waves

Dopple'r effect

Ultrasonic waves and its application

Sonar

Coulomb's law

Charge conservation,qunitisation

Equi potential surfaces

Electric field

Electric potential

Relation between Electrostatic Potenital and Field

Electric field lines

Electric flux

Gauss law

Electric potential energy

Earthing a conductor

Self energy

Dipole

Capacitors

Effective capacitances in various networks (Series,Parallel..etc)

Conservation of energy ( I law of thermodynamics based )

Dielectrics

Charge distributionon on capacitors

Force on dielectric

Electric current and current in a conductor


20/22

Drift velocity

Resistance and its properties

cell and cell combination

Ohm's law

Kirchoff's Junction law

Kirchoff's loop law

Potentio meter

Post office box

Meter bridge

Wheatstone bridge

Ammeter

Voltmeter

Galvanometer

Effective resistances in networks

R-C circuits - Charging of capacitors

Discharging of capacitors - R - C circuits

Effect of charge in temp and resistance

Biot savarts law

Magnetic field due to current carrying element

Amperes law

Solenoid

Motion of charged particle in Magnetic field

Magnetic force on current element

Torque on a current carrying loop placed in Magnetic filed

Lorentz force

Magnetic moment

Cyclotron

Tangent Galvanometer

Moving Coil Galvanometer

Paths followed by charged particle

Betatron

Faraday's law

graph problem of emf and magnetic flux

lenz law

magnetic flux

charge flown due to induced current

Motional emf

general form of motional emf

force due to secondary magnetic field

emf induced due to rotation

emf induced due to combined motion

study of motion of conductor in a magnetic field in the light of induced current

energy methods(analysis of circuit on energy basis)

torque on a loop in which current is induced

Induced elecric field(time varing magnetic field)

eddy currents

self inductance

inductor

inductor based circuit

self inductance calculation

mutual inductance

mutual inductance calculation

conservation of magnetic flux

L-R circuit

L-C oscillation

AC(qualitative analysis)


21/22

Avg value calculation

RMS value calculation

graph problems in ac

phasor diagram

L in ac

R in AC

C in AC

LR IN AC

RC IN AC

LC IN AC

LCR IN AC

IMPEDENCE PROBLEM

POWER IN AC

POWER FACTOR

RESONANCE

CHOKE COIL

TRANSFORMER

Angular impulse in time varying magnetic field

Resonance in AC circuits

Parallel circuits in AC

Use of Wheatstone Bridge in Case of AC circuits

basic property of refraction and reflection

ideas of object and image

laws of reflection

plane mirror problem

spherical mirror conceptual ideas

mirror formula

relative motion of mirror and object

lateral magnification

refraction through plane surfaces(basic ideas)

snell law

variable index

refraction through a curved surface

surface power of a medium

deviation caused by medium

lens and their basic properties

lens and their basic properties

lens formula and application

magnification

combination of lenses

combination of lenses

silvering of mirror

splitting of lens

relative motion of lens and object

lens and coordinate system

change of focal length of lens placed in different medium

basic property of prism

prism formulae

incomplete prism

prism with different refractive index

silvering of prism

TIR

TIR in prism

silvering of prism

minimum deviation

thin prism


22/22

huygen theory of wave fronts

wave fronts at different surfaces

conceptual understanding of reflection and refraction

YDSE

path difference

path difference and pahse difference relationship

Modified YDSE by changing medium

shifting of fringes(slab introduction)

intensity variation

YDSE with white light

double YDSE problem

Concept of optical path & optical path difference

Interference due to thin plates

Longitudinal magnification

System similar to YDSE

photon(basic ideas)

difference between photon and particle

energy and momentum of photon

pressure due to photon beam

intensity of photon

power intensity relationship

photo-electric effect

photo current variation graph

photo current variation with intensity of photon beam

stopping potential

einstein equation of photo electric effect

photo electric cell

dual nature of matter

debroglie relation ship

bohr atom(all formulae)

energy analysis in case of hydrogen like atom

transistion of electrons in hydrogen like atom

em spectrum of hydrogen like atom

collision of particles with atoms and atomic transistion

X rays

continueos and characteristics Xrays

mosley law

absorbtion of X ray

basic ideas about nucleous

size of the nucleous

mass defect

binding energy

binding energy curve

binding energy calculation

energy calculation in fusion and fission reaction

Q value of the reaction

radioactivity

radioactivity law

half life

average life

decay constant

successive disintegration of nuclei

α β γ rays

isotopes

concepts required in iit jee

Documents