CONTENT

S.NO TITLE PAGE

1 About us 3

2 Tech enabled learning at BYJU’S 4

3 IIT JEE and NEET 5

4 JIPMER and AIIMS MBBS 17

5 Year Plan 18

6 BYJU’s Test 43

7 Study Assist 45

8 Feedback Sessions 47

BYJU’S THINK & LEARN

 ABOUT US WHY CHOOSE
BYJU’S is India’s largest education company BYJU’S
and the creator of India’s largest K12 learning
app which offers highly adaptive, engaging and At BYJU’S our aim is to make learning
effective learning programs for students in accessible, effective, engaging and
classes 4-12 (K-12) and competitive exams like personalized for everyone. In a conventional
JEE, NEET, CAT, IAS, GRE and GMAT. classroom learning system, access to high
Launched in 2015, BYJU’S has become the quality education and personalization of
most loved and preferred education app for learning has always been an issue. In our
students across age groups. system, children are still getting trained to solve
questions and not ask questions. Learning
The BYJU’S learning app makes use of original
happens because of a fear of exams, and not
content, rich animations, interactive simulations
the love for learning. Students memorize and
and engaging video lessons from India’s best
forget after exams. We need to bring back the
teachers. Today, BYJU’S has over 15 million
child like curiosity back in them by creating
downloads, 900,000 annual paid subscriptions
products in a format that they will like, and
and sees an addition of a million students every
hence, making them lifelong learners.
month. With an average time of 53 minutes
being spent by a student on the app every day The BYJU’S learning programs are developed
from 1700+ cities, the BYJU’S app is making to address these pressing needs along with
learning enjoyable and effective. Annual renewal making students love learning. The unique
rates are as high as 85%. combination of media, technology and content
has helped us create a holistic learning
Delivering world class learning experience,
experience for students.
BYJU’S is making learning contextual and
visual, and not just theoretical. The app has At BYJU’S, we understand the crucial role
been designed to adapt to the unique learning played by teachers in a student’s life. The
style of every student, as per the pace of unique BYJU’S Flipped Classroom program has
learning, size of learning and style of been designed to offer the best learning
learning. The learning app is paving the way for program for every student based on their own
new-age learning tools that sit at the cross learning requirements. It integrates the best of
section of mobile, interactive content and traditional classroom learning with cutting-edge
adaptive learning methodologies. technology backed BYJU’S 360⁰ learning
program classes that are delivered by some of
Till date BYJU’S has raised over USD 200
India’s best teachers, handpicked by Byju
million from Chan-Zuckerberg Initiative, World
Raveendran himself. The concepts are
Bank’s investment arm - International Finance
explained using the latest technology such as
Corporation (IFC),Verlinvest, Tencent, Aarin
in-air projections, interactive visuals which
Capital, Sequoia Capital, Sofina, TimesInternet
enable the lifetime retention of those concepts.
and Lightspeed ventures, to become the largest
funded Ed-tech startup in India.

BYJU’S THINK & LEARN

Stages of BYJU’S Flipped Classroom program
that will help students ace their exams and make TECH ENABLED
learning a lifelong habit:

STAGE 1: Attend weekly sessions at a BYJU’S

LEARNING AT
learning centers near you and understand all the
concepts from your expert teachers.
BYJU’S
STAGE 2: Revise the concepts at home which Education in India has witnessed a paradigm
you had learnt at the classroom program. Use shift with technological innovations in this space.
BYJU’S – the Learning App and watch the Today, teachers can redefine the way children
related videos to get a clearer understanding of learn by combining their teaching skills with tech
those subjects. enabled tools. They can create a huge impact
and reach out to millions of children across the
STAGE 3: Practice using multiple test papers globe.
and sample questions which are available after
completion of each concept. The full length Integrating technology in education not only
tests, gamified modules and personalized increases engagement but also simplifies the
feedbacks from mentors will help you way students learn. Technology today offers a
understand better. combination of teachers, video lessons and
interactive games to be delivered through a
STAGE 4: Get personalized learning personalized learning platform. For example –
experiences for each class which are explaining concepts by relating it to real life
customised according to your needs and pace of experiences improves understanding and
learning. retention of concepts for life. Use of technology
can help make complex concepts visual and
STAGE 5: Use the Mentor App to share your real
contextual, which will help students understand
time progress updates and in-depth analysis
not just the “What” of learning it, but the “Why”
with your parents and teachers.
and the “How” as well.
Overall, BYJU'S learning program is a complete
At BYJU’S, our core strength lies in creating high
learning experience that integrates classes from
quality learning modules and interactive videos
the best of the teachers (who are empowered by
across grades. Taking personalized learning to
tech enable teaching tools), assessments and
a whole new level, we have leveraged big data
assignments which are personalized for every
analytics to trace the learning fingerprint of every
student, along with in-depth analysis and
student and create a personalized learning
recommendations. Offering an engaging and
experience on its platform. Offering an engaging
effective learning experience, the learning
and effective learning experience, the app
program creates personalized learn journeys for
creates personalized learn journeys for
individual students based on their proficiency
individual students based on their proficiency
levels and capabilities which helps them learn at
levels and capabilities which helps them learn at
their own pace and style.
their own pace and style.

Join BYJU’S and we will guide you to excel in the

do main of Science and Technology.

BYJU’S THINK & LEARN

 IIT JEE AND NEET

JOINT ENTRANCE EXAMINATION

JEE or Joint Entrance Examination is a common entrance examination conducted at an All India Level for
facilitating admissions into different engineering colleges in India. JEE preparation demands an in-depth
knowledge of the concepts as it is globally recognized as one of the most challenging engineering entrance
examinations at the undergraduate level. Every year around 1.5 million students appear for this exam,
therefore, JEE preparation requires a smart, systematic and concerted effort.

Till 2011, All India Engineering Entrance Examination (AIEEE) was conducted by CBSE every year. In the
year 2012, CBSE announced the replacement of IIT JEE and AIEEE with Joint Entrance Examination.

• The AIEEE was replaced by JEE Mains to facilitate admissions into the 31 NITs, 23 IIITs and 18
other CFTIs (Centrally Funded Technical Institutes).

• IIT JEE was replaced by JEE Advanced to facilitate admissions into the 23 IITs (Indian Institute of
Technology).

From the year 2013 to 2016, 40% of weightage was given to 12th standard board exam in calculating All
India ranks of JEE Mains. However, there is no such criteria from JEE Mains 2017 onwards for deciding All
India Ranks. CBSE has also made mandatory for all the students applying for IIT JEE to register with the
Aadhar card from the year 2017 onwards.

JEE Mains has two papers, Paper-1 and Paper-2. Candidates may opt for either or both of them. Both
papers contain multiple choice questions. Paper 1 is for admission to B.E./B.Tech courses and is conducted
in both online and offline modes. Paper-2 is for admission to B.Arch and B.Planning courses and is conducted
offline only.

JEE Paper 1 (Mains)

• Engineering Entrance Exam for B.Tech/B.E.

• The time duration of the exam is 3 hours.
• There are objective type questions from Physics, Chemistry & Mathematics.
• For each correct answer, the student will be awarded 4 marks and for every wrong answer, 1 mark
will be deducted.
• Both online and offline mode of examination is available.

BYJU’S THINK & LEARN

 JEE Paper 2 (Mains)

Architecture Entrance Exam for B.Arch/B.Planning.

• The time duration of exam is 3 hours.

• There are objective type questions from Mathematics (Part 1) and Aptitude Test (Part 2) and Part 3
is a Drawing Test.
• For each correct answer (Part 1 & Part 2), students will be awarded 4 marks and in the case of every
wrong answer, 1 mark will be deducted.
There is no negative marking for Part 3 and only offline mode of examination is available.

JEE preparation demands a dedicated and timed study roster so that all the subjects get equal attention.

In JEE Mains, questions are mostly taken directly from NCERT textbook concepts and 30% of questions
asked in JEE Mains requires a lesser level of thinking, logic, and dedication for getting an average score of
around 200 marks but the case of JEE Advanced is not the same. Students should have a very deep
knowledge about the subjects for getting admission into the top IITs.

NATIONAL ELIGIBILITY CUM ENTRANCE TEST

The National Eligibility cum Entrance Test or NEET-UG is an entrance examination in India, for students who
wish to study any graduate medical course (MBBS/ dental course (BDS) or postgraduate course (MD / MS) in
government or private medical colleges in India. NEET-UG for MBBS and BDS courses, is conducted by the
Central Board of Secondary Education (CBSE). It replaced the All India Pre Medical Test (AIPMT) and all individual
MBBS exams conducted by states or colleges. However, many colleges and institutes have taken a stay order
and conducted private examinations for admission to their MBBS and BDS courses.

Undergraduate courses at the All India Institute of Medical Sciences (AIIMS) in New Delhi, Postgraduate
Institute for Medical Education and Research in Chandigarh, Jawaharlal Institute of Postgraduate Medical
Education & Research (JIPMER) are outside the NEET’s purview, as these institutes were set up by separate
laws.

NEET syllabus is prescribed by the Medical Council of India based on Class 11 &12. The syllabus consists
of four sections: Physics, Chemistry, Zoology & Botany. The NEET syllabus is prepared after reviewing
various state syllabi as well as those prepared by the Council Board of School Education (COBSE),
Central Board of Secondary Education (CBSE), National Council of Education Research and Training
(NCERT

BYJU’S THINK & LEARN

 IMPORTANT TOPICS
The list of important topics in the domain of Physics, Chemistry, Mathematics and Biology with
percentage weightage is as follows:
Physics
Unit name Percentage weightage Expected number of questions
IIT JEE NEET IIT JEE NEET
Units and Dimensions 2 2.22 1

Measurement of Errors 2 NA 1 NA
Vectors Not defined 2.22 1
Kinematics 1 NA NA
Newton’s Laws of Motion 4 2.22 1
Relative motion 2.22 1-2 1
Friction
Not defined

Work, Energy and Power 5 2.22 1

Electrostatics 6 4.44 Not sure about 2
Current Electricity 7 4.44 number of 2
questions but it is
Mechanics 28.89 easy to attempt these 13
Wave Optics 5 6.67 questions 3
Ray Optics 6 11.11 5
Geometrical Optics & Physical Optics NA 4.44 NA 2
Electrodynamics NA 22.22 NA 10

Centre of Mass, Momentum and Collision 5 NA NA

Rotational Dynamics 4 NA NA
Rigid body dynamics 6.67 3
Simple Harmonic Motion 5
13.33 6
Wave Motion and String Waves 5

2 – 3 questions
2-5 2.22 1
Fluid Mechanics
KTG and Thermodynamics NA 6.67 3
Magnetism 6 6.67 3
Heat & Thermodynamics 5 11.11 5
Nuclear Physics 5 2.22 1
Modern Physics 5 24.45 11
Circular Motion 1 2.22 1
Gravitation 1 4.44 2
Properties of Matter, Elasticity 2 2.22 1
Capacitance NA 2.22 1
Sound Waves 4.44 2
Electromagnetic Induction 3 4.44 3-4 questions with 2
mix and match of
Alternating Current Variable NA NA
formulae from these
Heat Transfer Variable 4.44 headings 2
Calorimetry Variable NA NA
Thermal Expansion Variable NA NA
Thermo-Electricity Not defined
Semiconductors and Electronic Devices 5 6.67 3
Communication Systems 2 2.22 1

BYJU’S THINK & LEARN

 Weightage
Nature of Question Unit name
IIT JEE NEET

IUPAC Nomenclature Variable 11.11

Fundamental Concepts Chemical Bonding Variable

Periodic Table 5 2.22

Mole Concept 2 2.22

Co-ordination Chemistry 5 8.89
Important (high score areas)
Alcohol, Phenols and Ethers 7 4.44

p-Block elements 5 2.22

Atomic compounds 5 2.22
Gaseous State 3 NA
Hydrocarbons 2 NA
Important (high weightage) Aldehydes and Ketones 5 NA
d & f Block Elements 5 4.44

General Organic Chemistry 7 6.67

Chemical Equilibrium 3 4.44

Ionic Equilibrium 3 2.22

Thermodynamics 5 4.44

Hydrogen and its Compounds Variable

s-Block Elements 5 2.22

Other topics (less important) Isomerism of Organic Com-

pounds Variable 4.44

Environmental Chemistry Variable 2.22

Chemistry in everyday life NA 2.22

Solid State Variable 2.22

Chemical Kinetics Variable 4.44
Electrochemistry 2 2.22
Solutions Variable 2.22

BYJU’S THINK & LEARN

 Qualitative Salt Analysis Variable 2.22

Alkyl Halides and Aryl Halides Variable NA

Carboxylic Acids and their

Variable 8.89
derivatives
Amines 2 NA
Biomolecules 1 2.22

Polymers Variable NA
Other topics (less important)
Surface chemistry NA 2.22

Metallurgy NA 2.22
Transition Element and
3 NA
Coordination Chemistry
Atomic Structure & Nuclear
NA 2.22
Chemistry Chemical Equilibrium

Practical organic chemistry NA 2.22

BYJU’S THINK & LEARN

 Mathematics (Only for IIT JEE)
Expected number of
Unit name Percentage weightage
questions
Inverse Trigonometric Functions 2

Circles and Family of Circles 6 1-2

Sequence and Series 5

Applications of Derivative 4

Limit and Continuity 3

Matrices and Determinants 4 3-4

Straight Lines and Pair of Straight Lines 2

3-D Geometry 5

Probability and Statistics 7

Vector Algebra 5

Integration 8 2-3

Complex Numbers 5

Parabola 3

Trigonometric Ratios 3

Logarithms 1

Quadratic Equations

Theory of Equations 5

Sets, Relations, and Functions 4

Differentiation 2

Permutation and Combination 2

3-4
Binomial Theorem 1

Locus

Hyperbola 2

Ellipse 2

Fundamentals of Mathematics Variable

Solution of Triangle 1

BYJU’S THINK & LEARN

 Biology: Botany Only for NEET
Number of Total
Unit and Topic Weightage Percentage
Question Marks

Biological Classification 3 12 6.00%

Kingdom Monera 2 8 4.00%

Virus 1 4 2.00%

Cell Biology 4 16 8.00%

Cell Division 2 8 4.00%

Mitochondria 1 4 2.00%

Prokaryotic Cell 1 4 2.00%

Ecology 6 24 12.00%

Biodiversity 1 4 2.00%

Biosphere Reverse 1 4 2.00%

Ecosystem 1 4 2.00%

Environmental Issues 1 4 2.00%

Population Growth Model 1 4 2.00%

Stratification 1 4 2.00%

Genetics 5 20 10.00%

Blood Grouping 1 4 2.00%

Genetic Disorders 2 8 4.00%

Mendel’s Biograph 1 4 2.00%

Mendel’s Selected Characters 1 4 2.00%

Living World 1 4 2.00%

Taxonomic Aids 1 4 2.00%

BYJU’S THINK & LEARN

Molecular Basis of Inheritance 6 24 12.00%

DNA Packing 1 4 2.00%

DNA Replication 2 8 4.00%

Genetic Code 1 4 2.00%

Genetic Material 1 4 2.00%

RNA Processing 1 4 2.00%

Morphology 1 4 2.00%

Root Modification 1 4 2.00%

Morphology of flowering plants 1 4 2.00%

Fruit 1 4 2.00%

Plant Anatomy 3 12 6.00%

Secondary Growth 2 8 4.00%

Wood 1 4 2.00%

Plant Kingdom 6 24 12.00%

Algae 2 8 4.00%

Angiosperms 1 4 2.00%

Gymnosperms 1 4 2.00%

Life Cycles 1 4 2.00%

Mycorrhizae 1 4 2.00%

Plant Morphology 2 8 4.00%

 Root 1 4 2.00%

Steam Modification 1 4 2.00%

Cellular Respiration 1 4 2.00%

Mineral Nutrition-Biological Nitrogen 1 4 2.00%

Fixation

Photosynthesis 2 8 4.00%

Plant Growth and Development 1 4 2.00%

Water Transport 1 4 2.00%

Water Transport- Water Potential 1 4 2.00%

Reproduction in Flowering Plant 5 20 10.00%

Embryo Sac 1 4 2.00%

Endosperm 1 4 2.00%

Pollination 3 12 6.00%

13
 Zoology

Number of Weightage

Unit and Topic Total Marks

Questions Percentage

Animal Kingdom 3 12 7.50%

Chordates and Hemichordates 1 4 2.50%

Mammals 1 4 2.50%

Porifera 1 4 2.50%

Animal Morphology 1 4 2.50%

Frog 1 4 2.50%

Animal Physiology 1 4 2.50%

Frog Reproductive System 1 4 2.50%

Biomolecules 4 16 10.00%

DNA 1 4 2.50%

Enzymes 1 4 2.50%

14
 Lipids 1 4 2.50%

RNA processing 1 4 2.50%

Biotechnology 3 12 7.50%

Artificial Vector 1 4 5.00%

PAGE 2 8 2.50%

Evolution 1 4 2.50%

Horse Evolution 1 4 2.50%

Human Health and Disease 3 12 7.50%

Immune System 2 8 5.00%

Infectious Disease 1 4 2.50%

Human Physiology 16 64 40.00%

Circulatory System 1 4 2.50%

Digestive System 3 12 7.50%

Endocrine System 4 16 10.00%

Excretory System 2 8 5.00%

Nervous System 2 8 5.00%

Respiratory System 1 4 2.50%

15
 Sense Organs 1 4 2.50%

Skeleton System 2 8 5.00%

Human Reproduction 1 4 2.50%

Male Reproductive System 1 4 2.50%

Microbes in Human Welfare 3 12 7.50%

Bioprocessing 1 4 2.50%

Industrial Products 1 4 2.50%

Sewage Treatment 1 4 2.50%

Reproductive Health 2 8 5.00%

Artificial Fertilisation 1 4 2.50%

Contraceptives Method 1 4 2.50%

Strategies for Enhancement of Food

2 8 5.00%
Production

Animal Husbandry 1 4 2.50%

Artificial Selection 1 4 2.50%

16
 JIPMER MBBS PATTERN
Held in two shifts, JIPMER MBBS entrance exam is conducted online. This two-and-a-half-hour-long
exam will have 200 multiple choice question.

SUBJECT NUMBER OF QUESTIONS

Physics 60 Questions

Chemistry 60 Questions

Biology 60 Questions

English Language & 10 Questions

Comprehension

Logical &Quantitative 10 Questions

Reasoning

➢ For each correct answer, students will get four marks.

➢ For any question left unanswered or answered incorrectly will not be negatively marked.

AIIMS MBBS
SUBJECT NUMBER OF QUESTIONS

Physics 60 Questions

Chemistry 60 Questions

Biology (Botany & Zoology) 60 Questions

General Knowledge 10 Questions

Aptitude & Logical Thinking 10 Questions

➢ Each correct answer will gain 1 mark.

➢ Each incorrect response will be given - 1⁄3 (minus-one-third) marks.
➢ No marks will be given for the questions not answered or marked for review.

17
 YEAR PLAN 2018 - 2019
PHYSICS

WEEK SUB TOPIC ASSIGNMENT TEST

SCHEDULED
WEEK 0 Orientation/Introduction

WEEK 1 Basic Mathematics review

WEEK 2 Calculus introduction

CALCULUS INTRODUCTION
WEEK 3 Differentiation, Maxima minima,
Integration basic, Area under curve
as integration.

PHYSICS AND MEASUREMENT

Introduction to physics – Broader
perspective – Newton’s
World assumption Physics and
Measurement: Physics Technology Dimensional
And society, SI units, Fundamental
WEEK 4 and derived units. Dimensions of Analysis
Physical quantities, dimensional distribution
Analysis and its applications,

Least count, accuracy and Dimensional

precision of measuring instruments,
Analysis
Errors in measurement,
WEEK 5 Submission

WEEK 5-TUE/WED Dimensions

discussion

KINEMATICS
Scalars and Vectors, Vector Vectors I,
addition and Subtraction, Zero
WEEK 6 Kinematics I
Vector, Scalar and Vector products,
distribution
Unit Vector, Resolution of a Vector.
Relative Velocity

WEEK 6- THURS Dimensions

18
 Frame of reference. Motion in a
straight line: Position-time
graph, speed and velocity. Uniform
WEEK 7 and non-uniform motion, Vectors I, Kinematics
average speed and instantaneous I
velocity Uniformly
Submission
accelerated motion, velocity-time,
position-time graphs,
relations for uniformly accelerated
motion.

WEEK 7-TUE/WED Vectors I, Kinematics

I discussion

Motion in 1 D – Kinematics – Kinematics II

position, velocity, distribution
WEEK 8
acceleration – free fall problems –
kinematic equations

WEEK 8-THURS Dimensions & Vectors

WEEK 9 Motion in a plane. Projectile Motion Kinematics II

Submission

WEEK 9-TUE/WED Kinematics II

Discussion

WEEK 10 Uniform Circular Motion. Newton’s laws I(w/o

friction) distribution

WEEK 10-THURS Vectors & Kinematics

LAWS OF MOTION Newton’s laws I(w/o

friction) submission
WEEK 11 Force and Inertia, Newton's First
Law of motion; Momentum.

19
WEEK 11-TUE/WED Newton’s laws
discussion

WEEK 12 Newton's Second Law of motion; Newton’s Laws (with

Equilibrium of concurrent forces. friction) distribution
Pseudo force

WEEK 12-THURS Kinematics

Static and Kinetic friction, laws of Newton’s Laws (with

friction. Rolling Friction friction)
WEEK 13
Submission

WEEK 13-TUE/WED Newton’s laws

discussion

Impulse; Newton's Third Law of Work & Energy I

motion. Law of conservation of distribution
WEEK 14
linear momentum and its
applications,

Kinematics & Newton’s

Laws (w/0 friction)
WEEK 14-THURS

Dynamics of uniform circular Work & Energy I

motion: Centripetal force and its
WEEK 15 Submission
applications,

WORK,POWER AND ENERGY Work & Energy II

distribution
WEEK 15-TUE/WED Work done by a constant force and
a variable force;

20
 kinetic and potential energies,
Potential energy of a spring,
WEEK 16
conservation of mechanical
energy,

WEEK 16-THURS Newton’s Laws (with

friction).

conservative and non-conservative Work & Energy II

forces; Elastic and inelastic
WEEK 17 Submission
collisions in one and two
dimensions.

WEEK 17-TUE/WED Work & Energy

discussion

Problems on Elastic collision, Center of mass &

Inelastic collision. Vertical circular rotational kinematics
WEEK 18
motion, string and rod cases. distribution

Newton’s Laws & Work

power Energy
WEEK 18-THURS
(conservation).

Problems on vertical circular Center of mass &

motion, non-uniform circular rotational kinematics
WEEK 19
motion.
submission

Center of mass &

rotational kinematics
WEEK 19-TUE/WED
discussion

ROTATIONAL MOTION AND

CENTRE OF MASS
Centre of mass of a two-particle
WEEK 20
system, Centre of mass of
a rigid body;

21
 WEEK 20-THURS Work Power Energy
(collisions)

WEEK 21 Basic concepts of rotational motion

Moment of a force, torque, angular

momentum, moment of inertia,
radius of gyration. Values of
WEEK 21-TUE/WED moments of inertia for simple Rotational Dynamics
geometrical objects, parallel and distribution
perpendicular axes
theorems and their applications.

13 Oct 2018 FEED BACK SESSION I FEED BACK FEED BACK SESSION I
SESSION I

WEEK 22 Rigid body rotation, Rotational Dynamics

equations of rotational motion. submission

Center of mass &

rotational kinematics.
WEEK 22-THURS

20 Oct 2018 FEED BACK SESSION I FEED BACK FEED BACK SESSION I
SESSION I

Conservation of Rotational motion

angular momentum and its (full) distribution
WEEK 23
applications.

Rotational Dynamics
discussion
WEEK 23-TUE/WED

27 Oct 2018 FEED BACK SESSION I FEED BACK FEED BACK SESSION I
SESSION I

WEEK 24 Rolling motion w/wo friction Rotational motion

(full) submission

WEEK 24-TUE/WED Rotational Motion

Discussion

22
WEEK 24-THURS Rotational Motion (Torque,
Rotational dynamics)

WEEK 25 Additional Problems Gravitation

Distribution

GRAVITATION
The universal law of gravitation.
Acceleration due to gravity
and its variation with altitude and
depth, rotation, Kepler's laws of
planetary motion. Gravitational
WEEK 26
potential energy;
gravitational potential. Escape
velocity. Orbital velocity
Of a satellite. Geo-stationary
satellites.

WEEK 26-THURS Rotational Motion

WEEK 27 Problems on above. Gravitation

Submission

WEEK 27-TUE/WED Gravitation

discussion

PROPERTIES OF SOLIDS AND

LIQUIDS
Elastic behavior, Stress-strain
WEEK 28 Mechanical
relationship, Hooke's Law, Young's
properties of matter
Modulus, bulk modulus, modulus of
distribution
rigidity

WEEK 28-THURS Rotation & Gravitation.

WEEK 29 Pressure due to a fluid column; Mechanical

Pascal's law and its applications. properties of matter
submission

23
WEEK 29-TUE/WED Bernoulli’s Theorem applications Fluids
Distribution

Viscosity, Stokes' law, terminal Fluids

velocity, streamline and
WEEK 30 Submission
turbulent flow, Reynolds number.

Gravitation and
mechanical properties of
WEEK 30-THURS
matter

Surface tension -angle of

contact, application of surface
WEEK 31
tension - drops, bubbles and
capillary rise. Surface energy and
surface tension,

WEEK 31-TUE/WED Fluids discussion

HEAT CALORIMETRY, THERMAL Heat & thermal

EXPANSION expansion and heat
WEEK 32
transfer distribution
Heat, temperature, thermal
expansion; specific
heat capacity, calorimetry; change
of state, latent heat.

HEAT TRANSFER
C1 Heat transfer-conduction,
convection and radiation,
Newton's law of cooling.

THERMODYNAMICS
Thermal equilibrium, zeroth law of
thermodynamics, concept
Thermodynamics
of temperature. Heat, work and
Distribution
internal energy.

24
 C2 First law of thermodynamics.
Second law of thermodynamics:
reversible and irreversible
processes. Carnot engine and its
Efficiency.

C3

WEEK 32-THURS Fluids(Bernoulli’s theorem)

29 Dec 2018 FEED BACK SESSION II FEED BACK FEED BACK SESSION II
SESSION II

KINETIC THEORY OF GASES

Equation of state of a perfect gas,
work done on compressing
a gas. Kinetic theory of gases -
assumptions, concept of Kinetic Theory of
pressure. Kinetic energy and Gases distribution
WEEK 33
temperature: rms speed of
Heat & thermal
gas molecules; Degrees of
freedom, Law of equipartition expansion and heat
of energy, applications to specific transfer submission
heat capacities of gases;
Mean free path, Avogadro's
number.

5 Jan 2019 FEED BACK SESSION II FEED BACK FEED BACK SESSION II
SESSION II

OSCILLATIONS AND SHM

Periodic motion - period, frequency,
displacement as a
function of time. Periodic functions.
Simple harmonic motion
Kinetic theory of
(S.H.M.) and its equation; phase;
gases
WEEK 34 oscillations of a spring -
submission
restoring force and force constant;
energy in S.H.M. - kinetic SHM & oscillations
distribution
and potential energies; Simple
pendulum - derivation of
expression for its time period; Free,
forced and damped
Oscillations, resonance.

WEEK 34-TUE/WED

WEEK 34-THURS Heat & thermodynamics.

25
 12 Jan 2019 FEED BACK SESSION II FEED BACK FEED BACK SESSION II
SESSION II

WAVES
Wave motion. Longitudinal and
transverse waves, speed of a
WEEK 36
wave. Displacement relation for a
progressive wave.

WEEK 36-THURS SHM & oscillations SHM

submission

Principle
of superposition of waves, reflection
of waves, Standing
WEEK 37 Waves submission
waves in strings and organ pipes,
fundamental mode and
Harmonics, Beats, Doppler effect in
sound

Waves distribution
heat &
thermodynamics,
kinetic theory of
WEEK 37-TUE/WED gases discussion,
SHM & oscillations,
Waves, Properties of
matter & fluids,
thermodynamics
discussion

WEEK 38 Revision I

WEEK 39 Revision II

WEEK40 Revision III

26
 CHEMISTRY

WEEK ASSIGNMENT TEST

SUB TOPIC
SCHEDULED

WEEK 0 Orientation

WEEK 1 Introduction

WEEK 2 Introduction

SOME BASIC CONCEPTS

OF CHEMISTRY
WEEK 3 Introduction To Atomic
Weight, Mole Concept,
Stoichiometry

Concentration Terms,
WEEK 4 Concept Of Equivalents, Distribution
Volumetric Titrations

Distribution,
ATOMIC STRUCTURE
WEEK 5 Introduction, J.J.
Thompson's Model, Sub-
Atomic Particles

WEEK 5-TUE/WED Submission, Discussion

Rutherford's Model, Plank's

WEEK 6 Quantum Theory , Bohr's
Atomic Model

WEEK 6-THURS Some Basic Concepts Of

Chemistry

Emission Spectrum Of
Hydrogen, Demerits Of
WEEK 7 Bohr's Model, Quantum
Mechanical Model

WEEK 7-TUE/WED Submission, Discussion

27
 PERIODIC
CLASSIFICATION OF
ELEMENTS
WEEK 8 Introduction, Dobereiner’s Distribution
Triads, Newland’s Laws Of
Octaves, Mendeleev’s
Periodic Law, A Modern
Periodic Table

Some Basic Concepts Of

WEEK 8-THURS Chemistry, Atomic
Structure

Periodic Trends In
WEEK 9 Properties Of Elements, Submission
Other Periodic Trends

WEEK 9-TUE/WED Discussion

CHEMICAL BONDING
WEEK 10 Introduction, Chemical Distribution
Bonds, Covalent Bonds,
lewis structures

Atomic structure, Periodic

WEEK 10-THURS Classification Of Elements

Vsepr And Theory Of Submission

WEEK 11 Hybridization

WEEK 11-TUE/WED Discussion

WEEK 12 Molecular Orbital Theory,

Other Types Of Bonds

Periodic Classification Of
WEEK 12-THURS Elements, Chemical
bonding

GASEOUS STATE OR
WEEK 13 STATES OF MATTER Distribution
Introduction, Gas Laws

WEEK 13-TUE/WED Submission, Discussion

28
 Effusion And Diffusion,
WEEK 14 Kinetic Molecular Theory Of Distribution
Gases

Chemical Bonding,
WEEK 14-THURS Gaseous State of matter

WEEK 15 Real Gases

WEEK 15-TUE/WED Submission, Discussion

THERMODYNAMICS
Introduction, Heat And
WEEK 16 Temperature, Internal Distribution
Energy (Fe), Relationship
Between Heat, Work And
I.E

WEEK 16-THURS Gaseous State of matter

WEEK 17 Different Kinds Of Process,

Thermochemistry

WEEK 17-TUE/WED Submission, Discussion

Thermochemistry , Second
WEEK 18 Law Of Thermodynamics,
entropy and Gibbs free
energy

WEEK 18-THURS Thermodynamics

WEEK 19 EQUILIBRIUM Distribution

Introduction, Expression Of
Equilibrium Constant

WEEK 19-TUE/WED Submission, Discussion

Factors Affecting
WEEK 20 Equilibrium,
Thermodynamic Of
Equilibrium

29
WEEK 20-THURS Thermodynamics,
Equilibrium

IONIC EQUILIBRIUM
WEEK 21 Introduction, The Concept Distribution
Of pH

WEEK 21-TUE/WED Submission, Discussion

13 OCT 2018 FEED BACK SESSIONI FEED BACK SESSIONI FEED BACK SESSIONI

Salt Hydrolysis, Buffer

WEEK 22 Solutions

Equilibrium, Ionic
WEEK 22-THURS Equilibrium

20 OCT 2018 FEED BACK SESSION I FEED BACK SESSION I FEED BACK SESSION I

SOME BASIC
PRINCIPLES OF
WEEK 23 ORGANIC CHEMISTRY Distribution
Introduction, Types Of
Bond Cleavage, Iupac
Nomenclature

WEEK 23-TUE/WED Submission, Discussion

27 OCT 2018 FEED BACK SESSION I FEED BACK SESSION I FEED BACK SESSION I

Isomerism, Electron Distribution

WEEK 24 Displacement Affects

Ionic Equilibrium, Some

WEEK 24-THURS basic principles of organic
chemistry

WEEK 25 Submission, Discussion

Aromatic Compounds,
WEEK 26 Types Of Reactions And
Mechanisms

WEEK 26-THURS Some basic principles of

organic chemistry

30
 HYDROCARBON
WEEK 27 Introduction, Alkanes, Distribution
Conformations, Alkenes

WEEK 27-TUE/WED Submission, Discussion

WEEK 28 Alkynes, Aromaticity

Some basic principles of

WEEK 28-THURS organic chemistry,
Hydrocarbons

REDOX REACTIONS
Introduction, Oxidation
WEEK 29 Number (On), Balancing Of Distribution
Redox Reactions, Redox
Titrations

WEEK 29-TUE/WED Submission, Discussion

HYDROGEN
Introduction, Anomalous
Position Of Hydrogen In
WEEK 30 Periodic Table, Preparation
Of Dihydrogen, Auyeno's
Method, Commercial
Production, Properties Of
H2, Various Forms Of
Hydrogen, Hydrides, Water,
As Solvent

WEEK 30-THURS Hydrocarbon

Hard And Soft Water,

Heavy Water (D2o),
Methods Of Centration,
WEEK 31 Hydrogen Economy, Distribution
Hydrogen Peroxide (H2o2)

WEEK 31-TUE/WED Submission, Discussion.

S-BLOCK ELEMENTS
Introduction, Group-1
Elements, Physics
WEEK 32 Properties, Chemical
Properties, Compounds Of

31
 Alkali Metals, Oxides,
Hydroxides, Halides

Hydrocarbons and Redox

WEEK 32-THURS reactions

29 DEC 2018 FEED BACK SESSION II FEED BACK SESSION II FEED BACK SESSION II

Anomalous Behavior Of Li,

Use Of Alkali Metals Of
Compounds, Group-2
WEEK 33 Elements, Anomalous
Behaviors Of Beryllium

WEEK 33-TUE/WED Submission, Discussion

5 Jan 2019 FEED BACK SESSION II FEED BACK SESSION II FEED BACK SESSION II

12 Jan 2019 FEED BACK SESSION II FEED BACK SESSION II FEED BACK SESSION II

Redox Reactions,
WEEK 34-THURS Hydrogen

S block and P block

WEEK 36-THURS elements
WEEK 38 Revision I

WEEK 39 Revision II

WEEK 40 Revision III

32
 BIOLOGY

DATE SUB TOPICS ASSIGNMENT TEST

WEEK 0 Orientation

DIVERSITY IN LIVING WORLD

The living world
WEEK 1 Characteristics of Living beings,
Diversity in living world,
classification, Taxonomy, and
taxonomical Aids.

Biological Classification
Types of classification, two
WEEK 2 kingdom, three kingdom and four Distribution
five kingdom system of
classification

Plant kingdom Submission

WEEK 3 Thallophytes, Bryophytes,
Pteridophytes

WEEK 4 Plant kingdom

Gymnosperms and Angiosperms Distribution

Animal Kingdom
Basis of Classification, phylum
WEEK 5 Protozoa, porifera, Coelenterata, Submission
ctenophora, Platyhelminthis ,
Nemathelminthes

Animal Kingdom
WEEK 6 Mollusca, Echinodermata, Distribution
Protochordates and vertebrates

WEEK 6-THURS Test 1- The living world,

Biological classification

STRUCTURAL ORGANISTION Submission

WEEK 7 IN PLANTS
Morphology of Flowering plants

Parts of the flowering plants:

root, stem, leaf, flower, fruit,
inflorescence, Seed

33
 Anatomy of flowering Plants
WEEK 8 Plant Tissue, Meristematic, Distribution
permanent, complex tissue

WEEK 8-THURS Test 2- Plant Kingdom

WEEK 9 Discussion

Anatomy of flowering Plants

WEEK 10 Plant Tissue system and Distribution, Submission
Families case study

WEEK 10-THURS Test 3-Animal kingdom

Structural Organisation in
WEEK 11 Animals Distribution
Animals tissues: Epithelial,
Connective tissues

Structural Organisation in
WEEK 12 Animals
Muscular and nervous tissues, Submission
case study: Cockroach

WEEK 12-THURS Test 4-Morphology of plant

CELL STRUCTURE AND

FUNCTION
WEEK 13 Cell Distribution
Cell Theory,
Cellular organelles part 1

WEEK 14 Cell Submission

Cellular Organelles – part 2

WEEK 14-THURS Test 5-Anatomy of plants

WEEK 15 Discussion

Cell Cycle and Division Distribution, Submission

WEEK 16 Cell cycle , Mitosis, meiosis

WEEK 16-THURS Test 6-Structural

organization and cockroach

WEEK 17 Biomolecules

34
 Carbohydrates, amino acids,

WEEK 18 Biomolecules Distribution

Proteins, Lipids and Enzymes

WEEK 18-THURS Test 7-Cell and cell cycle

PLANT PHYSIOLOGY
WEEK 19 Transportation In plants Submission
Types, Mechanism of absorption
, transpiration, Translocation

Mineral Nutrients
WEEK 20 Hydroponics, Macro elements, Distribution
micro elements, Nitrogen
fixation.

WEEK 20-THURS Test 8- Biomolecules

Photosynthesis
WEEK 21 Introduction, PS I, II, Light Discussion
Reaction

Photosynthesis
WEEK 22 Dark reaction, C3, C4, Cam Distribution
Pathway

Test 9- Transport in plants

WEEK 22-THURS and mineral nutrients

13 Oct 2018 FEED BACK SESSION I FEED BACK SESSION I FEED BACK SESSION I

Respiration
WEEK 23 Glycolysis, Anaerobic Submission
respiration, Kreb’s cycle, PP

pathway, ETC, respiratory

Quotient

20 Oct 2018 FEED BACK SESSION I FEED BACK SESSION I FEED BACK SESSION I

Plant Growth and Regulator

WEEK 24 Growth, Development, Plant
hormones, Photoperiodism,
Vernalisation, Absicssion

WEEK 24-THURS

35
 Test 10- Photosynthesis,
Respiration, PGR

27 Oct 2018 FEED BACK SESSION I FEED BACK SESSION I FEED BACK SESSION I

HUMAN PHYSIOLOGY
Digestion and absorption
WEEK 25 Structure of alimentary canal, Distribution, Submission
function
of Digestive system

Digestion and absorption

Mechanism of digestion and
WEEK 26 absorption, Vitamins and Distribution, Submission
Minerals, Disorders

WEEK 26-THURS Test 11- Digestion

Breathing and Exchange of

gaseous
WEEK 27 Human respiratory system,
Mechanism of breathing and
Disorder

WEEK 28 Discussion

WEEK 28-THURS Test 12- Respiration

Body Fluids and circulation

WEEK 29 Blood, blood groups, Human Distribution
circulatory system

Body Fluids and circulation

Cardiac cycle, output
C4 electrocardiogram, Portal Submission
system, Lymphatic system,
disorders of the system

Excretion
Types of excretory products,
WEEK 30 human excretory system, Submission
physiology of excretion and
disorders

WEEK 30-THURS Test 13-Circulation

Neural control and coordination

WEEK 31 Distribution

36
 CNS, PNS and Cranial and
spinal nerves, Reflex action
organs- Eye and Eye

Submission
Neutral control and coordination
WEEK 32 Nerve impulse and conduction,
Types of neurons, Sensory

WEEK 32-THURS Test 14-Excretion

Chemical control and integration

Hypothalamus, pituitary, Pineal
thyroid, Thymus, Pancreas, Distribution
WEEK 33 Adrenal gland and Gonads –
Structure, Function, chemical
nature, Disorders – hyper and
hypo secretion

29 Dec 2018 FEED BACK SESSION II FEED BACK SESSION II FEED BACK SESSION II

5 Jan 2019 FEED BACK SESSION II FEED BACK SESSION II FEED BACK SESSION II

WEEK 34 Discussion
WEEK 34-THURS Test 15-Locomotion

12 Jan 2019 FEED BACK SESSION II FEED BACK SESSION II FEED BACK SESSION II

WEEK 35 Revision – II
WEEK 36 Revision – III
WEEK 36-THURS Test 16- Neural and
Chemical coordination.

37
 MATHEMATICS

WEEK
TOPICS ASSIGNMENTS TEST
SCHEDULED

WEEK 0 Orientation

WEEK 1 Introduction

WEEK 2 Introduction

1 SET RELATIONS AND FUNCTIONS

WEEK 3 Definition of Sets, forms, Types of sets,
Distribution
related terminology
Algebra of Sets, Venn diagram

Demorgan Laws, Cartesian Product,

WEEK 4 Definition of Relations

Domain Range, Codomain, Functions

Introduction,
WEEK 5 Standard Functions and their Graphs,
Constant, variables and types of
variables,
Function basics

2 INEQUALITIES
Intervals basics,
Distribution,
WEEK 6 Facts about inequalities, Wavy curve
Submission - 1
method for complex problems in
inequalities

WEEK 6-
Discussion -1
TUE/WED

Set relations and

WEEK 6-THURS functions,
Inequalities

WEEK 7 3 LOGARITHMS
Distribution,
Logarithms and properties
Submission - 2

4 TRIGONOMETRY Distribution,
WEEK 8 Ratios of standard angles - with proof, Submission - 3
Angle measurement
38
 WEEK 8-
Discussion – 2
TUE/WED

Inequalities,
WEEK 8-THURS Logarithms,
Trigonometry

Ratio of any angle related to standard

angle,
WEEK 9 Definition of Trigonometric function as
circular functions,
Graphs of Trigonometric functions

Compound angles for sine, cosine,

WEEK 10 tangent,
Transformation formula, Multiple and
submultiple, T-ratios of typical angles

WEEK 10- Discussion - 3,

TUE/WED Submission – 4

WEEK 10-THURS
Trigonometry

Sum of sines or cosines of angles in

WEEK 11 A.P, Trigonometric Equation, General
and Principle solution, Solution using
graph

5 QUADRATIC EQATION
Relation between roots and coefficients
WEEK 12 of quadratic and n-degree polynomial Distribution
equation, Range of function involving
quadratic expression

WEEK 12-
Discussion – 4
TUE/WED

Trigonometry,
WEEK 12-THURS Quadratic Equation

Quadratic in two variables, Six

WEEK 13 parabolas, Location of roots, Solving
inequalities using location of roots

6 COMPLEX NUMBERS
WEEK 14 Introduction and properties of iota, Distribution,
algebra with complex numbers, Submission - 5
square root of complex number

Discussion – 5

39
 WEEK 14-
TUE/WED

WEEK 14-THURS Quadratic Equation,

Complex Numbers

Geometric presentation of complex

number and its related terms,
WEEK 15 Eulers form, Properties of modulus and
conjugate, De Moivre's theorem and
cube roots of unity

Geometry with complex numbers:

Section formula, circles, rotation
WEEK 16 concept, Submission – 6
Standard loci in argand plane,
nth roots of unity

WEEK 16-
Discussion – 6
TUE/WED

WEEK 16-THURS Complex Numbers

WEEK 17 7 REASONING
Distribution
Mathematical reasoning

8 SEQUENCES AND SERIES

WEEK 17- Progression and Series Introduction,
TUE/WED AP, GP, HP- their Sum, Distribution
Insertion OF AP, GP between two
numbers

Insertion OF HP between two numbers,

WEEK 18 AM,GM, HM, Sum of series by
Submission – 7
difference, AGP, Special series

WEEK 18- Discussion – 7

TUE/WED

Complex Number,
WEEK 18-THURS Reasoning,
Sequences and
Series

9 PERMUTATION AND
COMBINATION
Distribution,
WEEK 19 fundamental principal of counting,
Submission - 8
Permutation,
Circular permutation

40
 Combinations,
WEEK 19- Properties of nCr,
TUE/WED Division and Distribution of objects

Integral solution of Eq.X1+X2+…XR=N,

Submission – 9
WEEK 20 Multinomial theorem

WEEK 20-
Discussion – 8
TUE/WED

Sequences and
WEEK 20-THURS Series, Permutation
and Combination

Derangement,
WEEK 21 Previous year problems

10 BINOMIAL THEOREM
WEEK 21- Binomial expansion,
Distribution
TUE/WED Middle terms,
sum of coefficients and related series

13 Oct 2018 FEED BACK SESSION I

Greatest term in binomial expansion,

WEEK 22 application of BT

WEEK 22- Discussion - 9,

TUE/WED Submission – 10

WEEK 22-THURS Permutation and

Combination,
Binomial Theorem

20 Oct 2018 FEED BACK SESSION I

WEEK 23 Sum of series involving Bin coefficient,

BT for any index, Special series

11 LIMITS
WEEK 23- Definition and examples – Limits,
Distribution
TUE/WED Direct substitution, Factorization,
Rationalization, Standard limits

27 Oct 2018 FEED BACK SESSION I

41
 Sandwich theorem,
Standard expansions (e^x etc)
Distribution,
WEEK 24 12 DIFFERENTIATION
Submission - 11
Introduction to differentiation,
Derivatives by first principle

WEEK 24-
Discussion - 10, 11
TUE/WED

Binomial Theorem,
WEEK 24-THURS Limits, Differentiation

Algebra of derivatives, Chain rule,

WEEK 25 Derivatives of standard functions,
Geometrical Interpretation

13 COORDINATE GEOMETRY
Distribution,
WEEK 26 Coordinate Basics revision,
Submission - 12
Incentre, Orthocentre etc.

WEEK 26-THURS
Differentiation,
Coordinate Geometry

Different forms of Straight lines,

WEEK 27
Angles, distance related to line

Locus, Change of axis,

Submission - 13
WEEK 28 Pair of straight lines

Equation of Circle and terminology,

WEEK 28- Equation of Circle and terminology,
TUE/WED Lengths, Angles and distances related
to circle

WEEK 28-THURS Coordinate Geometry

Lengths, Angles and distances related

WEEK 29 to circle, Family of Circles, Previous
year questions

Standard forms of parabola, Terms

WEEK 30 related to parabola,
Tangent and Normal and properties

Parametric form,
42
 WEEK 30- Circles and Parabola
TUE/WED

WEEK 30-THURS Coordinate Geometry

Standard forms of ellipse, Terms

WEEK 31 related to ellipse, Tangent and Normal
and properties

WEEK 32 Parametric form

Standard forms of hyperbola, Terms

C5 related to hyperbola,
Tangent and Normal and properties

WEEK 32-
Discussion - 12
TUE/WED

WEEK 32-THURS Coordinate Geometry

29 Dec 2018 FEED BACK SESSION II

Parametric form,
WEEK 33
Asymptodes and properties

5 Jan 2019 FEED BACK SESSION II

14 PROBABILITY
Addition and multiplication rules of
WEEK 34 probability, Independence of events, Distribution
computation of probability of events
using permutations and combinations

15 STATISTICS
WEEK 34- Mean, Median, Mode, Variance, Distribution,
TUE/WED Standard Deviation, Mean Deviation, Submission – 14
Properties

Coordinate
WEEK 34-THURS Geometry,
Probability, Statistics

12 Jan 2019 FEED BACK SESSION II

16 SOLUTION OF TRIANGLE
sine rule, cosine rule etc., Half angle
formula, Area of triangle, Distribution,
WEEK 36 circumcentre, incentre etc, M-N Submission - 15
theorem, Solution of Triangle
(ambigous cases)

Discussion - 13
43
 WEEK 36-
TUE/WED

WEEK 36-THURS Statistics, Solution of

Triangle

WEEK 38-
Discussion -14,15,16
TUE/WED

44
 BYJU’S TEST

The very essence of the BYJU’S Flipped Classroom Program is that it combines the best of traditional methods
of preparing for competitive exams with technology enabled learning. We believe in nurturing a student’s aptitude
to build a strong foundation.

We have a coherent style of training the students for competitive exams by conducting tests every two weeks
based upon the topics that are completed. Students enrolled in JEE - training program will be provided with an
authentic “JEE Mains” test pattern containing 30 questions each from Physics, Chemistry and Mathematics.
Similarly students opting for NEET - training program will be tested with typical ‘NEET’ pattern, which contains
45 questions from Physics, 45 questions from Chemistry and 90 questions from Biology. The test papers contain
questions that are meticulously prepared by our expert faculty.

We will notify parents of the results within a week after the test. To avoid repeated tests, exclusive report cards
will be framed regularly to collate based on the performance of the student. The report cards will include data on
tests, assignments submission and attendance. Based on the data available a ranking system will be established
for every center.

This intensive training module will come to an end with a few “All India Level” exams conducted at the end of the
year to instill some grit and experience in students. As mentioned earlier our motive is to burnish the skills of the
students with fastidious practice.

TEST SCHEDULE

WEEK-THURS SUBJECT/TOPICS

PHYSICS CHEMISTRY MATHS BIOLOGY

WEEK 6 Some Basic The living world,

Concepts Of Set relations and Biological
Dimensions Chemistry functions, Inequalities classification

WEEK 8 Some Basic

Concepts Of Inequalities,
Dimensions & Chemistry, Atomic Logarithms,
Vectors Structure Trigonometry Plant Kingdom

WEEK 10 Atomic structure,

Periodic
Classification Of
Vectors & Kinematics Elements Trigonometry Animal kingdom

WEEK 12 Periodic
Classification Of
Elements, Chemical Trigonometry,
Kinematics bonding Quadratic Equations Morphology of plants

45
WEEK 14 Kinematics & Chemical Bonding,
Newton’s Laws (w/0 Gaseous State Or Quadratic Equations,
friction) States Of Matter Complex Numbers Anatomy of plants

WEEK 16 Structural
Newton’s Laws (with Gaseous State Or organization and
friction) States Of Matter Complex Numbers cockroach

Complex number,
WEEK 18 Newton’s Laws & Reasoning,
Work power Energy Sequences and
(conservation). Thermodynamics Series Cell and cell cycle

WEEK 20 Sequences and

Work Power Energy Thermodynamics, Series, Permutation
(collisions) Equilibrium and Combination Biomolecules

Permutation and
WEEK 22 Center of mass & Equilibrium, Ionic Combination, Transport in plants
rotational kinematics Equilibrium Binomial Theorem and mineral nutrients

WEEK 24 Rotational Motion Ionic Equilibrium,

(Torque, Rotational Some basic concepts Binomial Theorem, Photosynthesis,
dynamics) of organic chemistry Limits, Differentiation Respiration, PGR

WEEK 26 Some Basic

Principles Organic Differentiation,
Rotational Motion Chemistry Coordinate Geometry Digestion

Some Basic
WEEK 28 Concepts Of Organic
Rotation & Chemistry,
Gravitation Hydrocarbons Coordinate Geometry Respiration

WEEK 30 Gravitation &

Mechanical
properties of matter Hydrocarbons Coordinate Geometry Circulation

WEEK 32 Fluids(Bernoulli’s Hydrocarbons, Redox

theorem) reactions Coordinate Geometry Excretion

WEEK 34 Coordinate
Heat and Redox reactions, Geometry,
Thermodynamics Hydrogen Probability, Statistics Locomotion

WEEK 36 S-Block & P-Block Statistics, Solution of Neural and Chemical

SHM Elements Triangle coordination.

46
 STUDY ASSIST
Byju’s latest aid "Study Assist" is designed to help students focus better and score more marks in their school.
This brand new initiative is a tool which lays emphasis primarily on slow learners and poor performers. Students
who have difficulty in performing well in school can come to their respective Byju’s centres during the weekends
where they will be monitored by the faculties and centre managers. Doubt clarification and if needed, teaching
the topic again will be encouraged. At the end of the day, the student will be scrutinised and his/her performance
assessed. We strongly estimate that is measure will coax and urge students to concentrate more and fall in love
with learning.

FEED BACK SESSION

We meet parents twice a year for 11th standard. All the feed back sessions are organized in the given
date.

Feed Back Session - I

Dates Batch
Oct 13, 2018, 9 am -5 pm Batch 1,4
Oct 20, 2018, 9 am -5 pm Batch 2,5
Oct 27, 2018, 9 am -5 pm Batch 3,6

Feed Back Session – II

Dates Batch
Dec 29, 2018, 9 am -5 pm Batch 1,4
Jan 5, 2019, 9 am -5 pm Batch 2,5
Jan 12, 2019, 9 am -5 pm Batch 3,6

47
 Learn Math
& Science
From INDIA’S BEST
TEACHERS
anytime, anywhere
 CLASS 4-5
(MAT & Sc.)

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BYJU'S (Think & Learn Pvt. Ltd)

4th floor – Prince Kushal towers Anna Salai, Triplicane, Chennai, Tamil Nadu 600002.

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48