A Aakash iTutor

•/

AakashA iTutor

Revision Study Planner (with i-Tutor)

for

TYM (Phase-1)XI-NEET

(April 2021 - January 2022)

Aakash Dig ita I

e 88000, 2998

O [email protected]

(D digital.aakash.ac.in

A lot has changed at Aakash during the transition from a humble

coaching institute to becoming a recognized name in the education field. We live by the notion that the very essence of success is a strong value system. We still believe in the age-old Indian concept of “Guru-Shishya” relationship where a guru shares his knowledge reserve with his pupils and the ‘Shishya’ strives hard to quench his/her thirst for knowledge.

It has been our endeavour to make Aakash much more than a coaching institute, which is to build it into an institution of repute and purpose. We consider our students the torchbearers of the future of the country and thus, aim to enlighten the future of the nation through this young generation. We dream of a progressing India through the eyes of our students and assist them in accomplishing their dreams with the collective efforts of our faculty & staff members, our students and their parents.

For 33 years, we have been nurturing students and helping them in their endeavour to qualify in various Engineering and Medical entrance exams in the country. This endeavour is actually a journey, which we take along with our students. We wish to feel their emotions, their frustrations, their dreams, their vision, their struggles and their joys. Together we live an experience, which they would remember as one of the most cherished moments in their lives after qualifying the coveted competitive exams.

Even today, we aim at clearing doubts and strengthening the fundamentals of students in their subjects, because we believe these cleared doubts and strengthened fundamentals will eventually strengthen the destiny of our nation, which actually lies in these hands that are holding the ‘mighty’ pen & are now learning with technology. And we are confident that with Aakash, their future is in safe and progressive hands.

From Chairman's Desk

J. C. ChaudhryChairman & Managing Director (CMD)

Space

for

iTutor

Products

Recorded Video Lectures on NEET syllabus by master Aakash Faculty help you boost your preparation and perform well in the exam. Learn at your own pace with Video Lectures. Assess yourself by taking the online tests and clear your doubts via 'Ask an Expert'.

About Aakash iTutor

Your tools to prepare

DashboardCheck your progress

NotificationsCheck for updates from us

Study Planner For systematic

planning and

execution of your

preparation

Plan Watch Videos

BookmarkRevisit it for future

FeedbackGive your Feedback on the video

Adjust Video quality and speed

Adjust

Search

Finds videos, e-books, questions with search queries

Practice & Assess

Chapter AssignmentsTest your chapter concepts

ebooks Questions & Solutions

Practice questions & solutions

Tests & Reports

Attempt tests offline/online& check your ranking

Learn More section

Check for complimentarylearning material

Doubt Clearance

Ask an expert

Get real time solutions from our database of queries and answers. Also get your doubts clarified by Aakash Faculty in a stipulated time

Call: E-mail: Website:8800012998 | [email protected] | digital.aakash.ac.in

NEET (National Eligibility cum Entrance Test)

From 2019 onwards the National Eligibility cum Entrance Test has been conducted by the National Testing Agency (NTA). NEET

(UG) is applicable for admission to MBBS/BDS Courses in India in Medical/Dental Colleges run with the approval of Medical

Council of India/Dental Council of India under the Union Ministry of Health and Family Welfare, Government of India.

The responsibility of the NTA is limited to the conduct of the entrance examination, declaration of result and providing All India

Rank to the Directorate General Health Services (DGHS), New Delhi, Government of India for the conduct of counselling for 15% All

India Quota Seats and for supplying the result to state/other Counselling Authorities.

Candidates seeking admission in AFMC for MBBS Course will register online through NEET and they will also have to register at

www.afmc.nic.in. The candidates who want to get admission in AFMC MBBS course will have to necessarily appear in NEET

entrance examination. After qualifying NEET exam, candidates will have to appear for ToELR computer-based test (CBT)

conducted by AFMC authority

As per the NMC Act, 2019, AIIMS and JIPMER have now be replaced by NEET. Now the candidates need to

apply only for NEET to get admission to MBBS courses in AIIMS, New Delhi, JIPMER and all AIIMS

like Institutions.


Aakash Digital

e 00000, 2998

C) [email protected]

Cl) digital.aakash.ac.in

Revision Study Planner (with i-Tutor)

for

TYM (Phase-1) XI-NEET

April 2021 - January 2022

1 st Apri I - 4th Apri I, 2021

Physics Chemistry Botany Zoology

Chapter 1 : Physical World Chapter 1 : Some Basic Concepts of Chemistry Chapter 1 : Cell - The Unit of Life Chapter 1 : Structural Organisation in Animals

1.1 Physical world □ 1.1 Application and importance of □ 1.1 Introduction to chapter cell □ 1.1 Epithelial tissue and its types □

Chapter 2: Units & Measurements chemistry

2.1 Introduction to physical quantities □1.2 Laws of chemical combination □ 1.2 Eukaryotic cell part-1 □ 1.2 Connective tissue and its types □

5th Apri I - 1 1th Apri I, 2021


Chapter 2: Units & Measurements I

Chapter 1 : Structural Organisation of Chapter 1 : Some Basic Concepts of Chemistry: Chapter 1 : Cell - The Unit of Life Animals

2.2 Methods of measurement □ 1.3 Mole Concept □ 1.3 Eukaryotic cell part-2 □ 1.3 Muscular and nervous tissue □

2.3 Error in measurement □ 1.4 Law of chemical equivalence □ 1.4 Eukaryotic cell part-3 □Chapter 2: Biomolecules

2.1 Introduction to Biomolecules □

• / AakashA iTutor Call: 88000129981 E-mail: [email protected] I Website: digital.aakash.ac.in

Physics

Chapter 2: Units & Measurements 2.4 Significant figures & dimensional □

analysis

Chemistry

Chapter 1 : Some Basic Concepts of Chemistry: 1.5 Percentage composition and □

empirical formula

1 2th Apri I - 18th Apri I, 2021

Botany Zoology

Chapter 1 : Cell - The Unit of Life Chapter 2: Biomolecules 1.5 Eukaryotic cell part-4 □ 2.2 Biomolecules-Protiens □

2.5 Application of dimensional analysis

□ 1.6 Stoichiometry □ 1.6 Eukaryotic cell part-5 □ 2.3 Biomolecules-Lipids □

Physics

Chapter 3: Motion in a Straight Line

3.1 Motion in a straight line

3.2 Speed and velocity

□

□

19th April - 25th April, 2021

Chemistry Botany

Chapter 1 : Some Basic Concepts of Chemistry Chapter 2: Cell Cycle and Cell Division

1. 7 Reactions in solutions □

Chapter 2: Structure of Atom 2.1 Discovery of subatomic particles □

2.1 Introduction

2.2 Mitosis

Zoology

Chapter 2: Biomolecules

□ 2.4 Biomolecules- Nucleic acid

□ 2.5 Biomolecules- Enzymes -I

□

□


26th April - 2nd May, 2021


Chapter 3: Motion in a straight line Chapter 2: Structure of Atom Chapter 2: Cell cycle and cell division Chapter 2: Biomolecules

3.3 Speed and velocity continued □ 2.2 Different models of atom, □ 2.3 Meiosis □ 2.6 Biomolecules- Enzyme II □

Maxwell's wave theory and Plank Chapter 3: Living World quantum theory Chapter 3: Digestion and Absorption

3.4 Calculus Continued □ 2.3 Atomic spectrum and dual nature □ 3.1 Introduction □ 3.1 Anatomy of Digestive System I □

3rd May - 9th May, 2021


Chapter 3: Motion in a straight line Chapter 2: Structure of Atom Chapter 3: Living World Chapter 3: Digestion and Absorption

3.5 Complex integration numericals □ 2.4 Bohr's model and dual nature □ 3.2 Biodiversity □ 3.2 Anatomy of Digestive System II □

of matter

3.6 Acceleration □ 2.5 Heisenberg's uncertainty principal □ 3.3 Taxonomic hierarchy □ 3.3 Physiology of digestion I □

and quantum mechanical model


Physics Chemistry

Chapter 3: Motion in a straight line Chapter 2: Structure of Atom

3.7 Application of calculus (Part-A) □ 2.6 Some important graphs and □

3.8 Application of calculus (Part-B) 0 electronic configuration

Chapter 3: Classification of elements and periodicity in properties

3.1 Genesis of classification and □

modern periodic table

Physics

Chapter 3: Motion in a straight line

3.9 Kinematics/ Equation of Motion □

3.10 Motion under Gravity □

Chemistry

Chapter 3: Classification of elements and periodicity in properties

3.2 Properties of elements & their variation in Modern periodic table

Chapter 4: Chemical Bonding & Molecular Structure

4.1 Types of Chemical bonding

• / AakashA iTutor

□

□

10th May - 16th May, 2021

Botany

Chapter 3: Living World

3.4 Taxonomical aids

3.5 Taxonomical aids (1)

Zoology

Chapter 3: Digestion and Absorption

D 3.4 Physiology of digestion II □

D Chapter 4: Breathing and Exchange of Gases

4.1 Breathing and Exchange of gases □

17th May - 23rd May, 2021

Botany Zoology

Chapter 4: Biological Classification Chapter 4: Breathing and Exchange of Gases

4.1 Kingdom systems of classification. □ 4.2 Process of respiration □

4.2 Monera □ 4.3 Process of respiration contd. □

Call: 88000129981 E-mail: [email protected] I Website: digital.aakash.ac.in

Physics

Chapter 3: Motion in a straight line

3.11 Galileo Law of Odd Number

3.12 Graphs

□

□

Chemistry

Chapter 4: Chemical Bonding & Molecular Structure

4.2

4.3

VSEPR theory and dipole moment □

Resonance and Valence bond □

theory


24th May - 30th May, 2021

Botany Zoology

Chapter 4: Biological classification Chapter 4: Breathing and Exchange

of Gases

4.3

4.4

Monera(l)

Monera (2)

D 4.4 Mechanism of Regulation □

0 Chapter 5: Body Fluids and Circulation

5.1 Body Fluids Part-1 □


Physics


3.13 Variations of slope

3.14 Graphical analysis of motion

(part-1)

Physics


3.15 Graphical analysis of motion

(part-2)

3.16 Acceleration-time graph

□

□

□

□

Chemistry

Chapter 4: Chemical Bonding and Molecular Structure

4.4 Hybridisation □

4.5 Hybridisation in different molecules □

Chemistry

Chapter 4: Chemical Bonding and Molecular Structure

4.6 Molecular orbital theory □

4.7 Molecular orbital theory and □

hydrogen bonding


31st May - 6th June, 2021

Botany Zoology

Chapter 4: Biological classification Chapter 5: Body fluids and circulation

4.5 Eubacteria □ 5.2 Body Fluids part-2

4.6 Protista (photosynthetic protists) □ 5.3 Circulatory system

□

□

7th June - 13th June, 2021

Botany Zoology

Chapter 4: Biological classification Chapter 5: Body fluids and circulation

4.7 Protista (decomposer protists) □ 5.4 Regulation of cardiac Activity □

4.8 Fungi □ 5.5 Circulatory pathways □


Physics


3.17 Relative velocity in 1-D □

Chapter 4: Motion in a Plane

4.1 Scalar and Vector □

4.2 Arithmetics of vectors: Addition □

Physics


4.3 Arithmetics of vectors: Subtraction, □

Resolution of vector

4.4 Numerical based on arithmetics □

of vectors

4.5 Introduction of motion in plane, □

velocity and acceleration in 2-D motion

Chemistry

Chapter 5: States of Matter

5.1 Intermolecular forces and thermal energy

5.2 The gas laws

Chemistry

Chapter 5: States of Matter

5.3 Dalton's law, Graham's law and KMTG

5.4 Different type of velocities and real gas equation


□

□

□

□

14th June - 20th June, 2021

Botany Zoology

Chapter 4: Biological classification Chapter 6: Excretory products and

4.9 Fungi (1) □their Elimination

4.10 Fungi (2) □ 6.1 Role of excretion & Regulation □ of solutes & water

6.2 Evolution of vertebrate kidneys & □

Human excretory system

21st June - 27th June, 2021

Botany Zoology

Chapter 4: Biological classification Chapter 6: Excretory products and

their Elimination 4.11 Fungi (3) □

6.3 Mechanism of Urine formation □ 4.12 Fungi (4) □

6.4 Regulation of Urine formation □


Physics Chemistry

Chapter 4: Motion in a Plane Chapter 5: States of Matter

4.6 Projectile Motion : Part A □ 5.5 Compressibility factor and

4.7 Projectile Motion : Part B □ liquid state

4.8 Projectile Motion : Part C □ Chapter 6: Thermodynamics

6.1 Important thermodynamic terms

Physics Chemistry

Chapter 4: Motion in a Plane Chapter 6: Thermodynamics

4.9 Projectile motion as plane inclined □ 6.2 Heat work and internal energy 4.10 Horizontal Projection, □ 6.3 Internal energy change and

Circular motion enthalpy change

4.11 Uniform and nonuniform circular □

motion radius of curvature


□

□

28th June - 4th July, 2021

Botany Zoology

Chapter 4: Biological classification Chapter 7: Locomotion and Movement

4.13 Viruses, viroids and lichens □ 7.1 Introduction to Locomotion & □ Movement

Chapter 5: Morphology in flowering plants 7.2 Mechanism of Muscle contraction & □

5.1 The Root □ its types

5th July - 11th July, 2021

Botany Zoology

Chapter 5: Morphology in flowering plants Chapter 7: Locomotion and Movement

□ 5.2 Stem □ 7.3 Human Skeletal System □

□ 5.3 Leaf □ Chapter 8: Neural control and coordination

8.1 Neural System □


Physics


4.12 Relative motion in 2-D motion: Part-A □

4.13 Relative motion in 2-D motion: Part-B □

Chapter 5: Laws of Motion

5.1 Introduction to forces & laws of Motion □

Physics

Chemistry

Chapter 6: Thermodynamics

6.4 Thermodynamic reaction and

heat capacity □

6.5 Enthalpy change of a reaction and □

hess law

Chemistry

Chapter 5: Laws of Motion Chapter 6: Thermodynamics

5.2 Newton's 3rd Law & Importance □ 6.6 Enthalpy Change of Different Type □

5.3 Problem Solving Technique □ of Reactions


Botany Zoology

Chapter 5: Morphology in flowering plants Chapter 8: Neural control and coordination

5.4 Inflorescence

5.5 Flower

Botany

D 8.2 Central Nervous System I

D 8.3 Central Nervous System II

□

□


Zoology


5.4 Pulley & constraint Motion □ 6. 7 Spontaneity, Entropy and

Gibb's Energy

D

5.6 Male and Female reproductive part, □ 8.4 Sensory reception and processing □

8.5 Mechanism of image formation □ placentation

5.7 Fruits □


Physics


5.5 Frame of Reference

5.6 Friction and Its Type

5. 7 Multiple block system

Chemistry


□ 6.8 Spontaneity, Entropy and

□ Gibb's Free Energy Continued

□


26th July - 1st August, 2021

Botany Zoology


□ 5.8 Seeds □ 8.6 Hearing, gustation and olfaction □

Chapter 6: Anatomy in flowering plants Chapter 9: Chemical Coordination and Integration

6.1 Tissues □ 9.1 Endocrine Glands (I) and Hormones □


Physics


5.8 Dynamics of Circular Motion □

5.9 Variety of Numericals (Mixed Concept) □

Chapter 6: Work, Energy & Power

6.1 Introduction to work □

Physics

Chapter 6: Work, Energy & Power

Chemistry

Chapter 7: Equilibrium

7.1 Physical Equilibrium

Chemistry


6.2 Work done by variable forces and kinetic friction

D 7.2 Equilibrium Constant

6.3 Introduction to Energy □


2nd Aug. - 8th Aug., 2021

Botany

Chapter 6: Anatomy in flowering plants

□ 6.2 Permanent tissue

6.3 Complex Permanent tissue

Zoology

Chapter 9: Chemical Coordination and integration

□ 9.1 Endocrine Glands (I) andHormones (continued)

□

□

9th Aug. - 15th Aug., 2021

Botany


□ 6.4 Tissue system & Anatomy

Zoology

Chapter 9: Chemical Coordination and integration

□ 9.2 Endocrine Glands (II) andMechanism of Hormone Action


□

Physics Chemistry

Chapter 6: Work, Energy & Power Chapter 7: Equilibrium

6.4 Potential energy and Work □ 7.3 Significance of equilibrium constant□energy theorem

6.5 Energy Conservation and Power □

6.6 Motion in a Vertical Circle □

Physics Chemistry


16th Aug. - 22nd Aug., 2021

Botany


6.5 Secondary growth in dicot stem

Chapter 7: Plant Kingdom

7.1 Plant kingdom introduction

□

□

Zoology

Chapter 1 0: Animal Kingdom (Non-chordates)

10.1 Kingdom Animalia- □

Basis of classification

23rd Aug. - 29th Aug., 2021

Botany Zoology

Chapter 7: Plant Kingdom Chapter 10: Animal Kingdom (Non-chordates) Chapter 6: Work, Energy & Power

6. 7 Collision (1-Dimensional) D 7.4 Acids and bases □ 7.2 Algae □ 10.1 Kingdom Animalia- □

6.8 Collision (2-Dimensional) □


Basis of classification (continued)


Physics Chemistry Botany

Chapter 7: System of Particles & Chapter 7: Equilibrium Chapter 7: Plant Kingdom Rotational Motion

7.1 Introduction to Rotational Mechanics □ 7.5 Dissociation of weak acids, weak □ 7.3 Algae(l)bases and water

7.2 Motion of centre of mass □

7.3 Cross Product and Rotation □

variables

Physics Chemistry

Chapter 7: System of Particles & Chapter 7: Equilibrium Rotational Motion

7.4 Relation between Linear & Rotational □ 7.6 Hydrolysis of salt and buffer variables solution

7.5 Angular momentum & Principle □

of moments

7.4 Bryophytes

Botany


□ 7.5 Bryophytes (1)

30th Aug. - 5th Sept., 2021

Zoology


□ 10.2 Phylum Porifera □

□

6th Sept. - 12th Sept., 2021

Zoology

Chapter 10: Animal Kingdom (Non-chordates)

□ 10.3 Phylum Cnidaria □


13th Sept. - 19th Sept., 2021

Physics Chemistry Botany

Chapter 7: System of Particles & Rotational Motion

Chapter 7: Equilibrium Chapter 7: Plant Kingdom

7.6 Moment of Inertia-I □ 7.7 Solubility and solubility product □ 7.6 Pteridophytes

7.7 Moment of Inertia-II □

7.8 Dynamics of rotational motion □

about fixed axis

Physics

Chapter 7: System of Particles & Rotational Motion

Chemistry

Chapter 8: Redox Reactions

7.9 Combined translational & rotational □ 8.1 Oxidation and Reduction

motion

7.10 Rolling motion □

Chapter 8: Gravitation

8.1 Kepler's law and principle of □

superposition

7.7 Pteridophytes (1)

Botany


□ 7.8 Pteridophytes (2)

Zoology


□ 10.4 Phylum Ctenophora and Phylum □

Platyhelminthes □

20 th Sept.- 26th Sept., 2021

Zoology


□ 10.4 Phylum Ctenophora and Phylum □

Platyhelminthes ( continued)


Physics


8.2 Acceleration due to gravity

8.3 Gravitational field intensity and Gravitational potential energy

□

□

8.4 Gravitational potential & satellites □

Physics


Chemistry


8.2 Types of Redox reactions & Balancing of redox reactions

Chemistry


8.5 Miscellaneous Topics □ 8.3 Standard reduction potential &Electrochemical Series

Chapter 9: Mechanical Properties of Solids

9.1 Introduction to elasticity and □

its parameters


□

27th Sept. - 3rd Oct., 2021

Botany


7. 9 Gymnosperm

7.10 Angiosperm

Zoology


□ 10.5 Phylum Aschelminthes

□

□

4th Oct. - 10th Oct., 2021

Botany Zoology

Chapter 8: Transport in Plants Chapter 10: Animal Kingdom (Non-chordates)

□ 8.1 Means of Transport □ 10.6 Phylum Annelida □


Physics Chemistry

Chapter 9: Mechanical Properties of Solids Chapter 9: Hydrogen

9.2 Elastic Potential energy and Poisson's Ratio

□ 9.1 Hydrogen its preparation andProperties

Chapter 1 0: Mechanical Properties of Fluids

10.1 Introduction to fluid mechanics □

10.2 Archimedes Priciple and its □

application

Physics Chemistry

Chapter 1 0: Mechanical Properties of Fluids Chapter 9: Hydrogen

11th Oct. - 17th Oct., 2021

Botany

Chapter 8: Transport in Plants

□ 8.2 Plant water relation

8.3 Plant water relation and longdistance transport of water

Zoology


□ 10. 7 Phylum Arthropoda

□

□

18th Oct. - 24th Oct., 2021

Botany Zoology

Chapter 8: Transport in Plants Chapter 10: Animal Kingdom (Non-chordates)

10.3 Liquids in non-inertial frame

10.4 Bernoulli's theorem

□ 9.2 Water (H2O), Heavy Water (D2O), □ 8.4 Mechanism of water absorption □ 10.7 Phylum Arthropoda (continued) □

Hydrogen Peroxide (H2O2)

□ Chapter 1 0: The s-block Elements

10.1 Alkali Metals


8.5 Transpiration □


Physics Chemistry

Chapter 10: Mechanical Properties of Fluids Chapter 10: The s-block Elements

10.5 Flow of liquids □

10.6 Surface tension & Excess pressure □

10.2 Compounds of Alkali metals & General Properties of Alkaline Earth metals


□

25th Oct. - 31st Oct., 2021

Botany Zoology

Chapter 8: Transport in Plants Chapter 1 0: Animal Kingdom (Non-chordates)

8.6 Uptake, transport and translocation □ 10.8 Phylum Mollusca of mineral ions and phloem transport

Chapter 9: Mineral Nutrition

9.1 Introduction and role of macro □

elements


□

Weekly Study Planner


8th Nov. - 14th Nov., 2021

1st Nov. - 7th Nov., 2021

Physics Chemistry ZoologyBotany

Chapter 10: Mechanical Properties of Fluids Chapter 10: The s-Bock Elements Chapter 10: Animal Kingdom(Non-chordates)

10.7 Capillary Action & Application 10.3 Compounds of Alkaline Earth

Metals


9.2 Role of Mineral Elements 10.9 Phylum Echinodermata and

Phylum Hemichordata


Chapter 11: Thermal Properties of Matter Chapter 11: The p-Bock Elements Chapter 11: Animal Kingdom(Chordates)

11.2 Heat Capacity of a Body

11.1 Thermal Expansion 11.1 Group 13 Elements(The Boron

Family)

11.1 Phylum Chordata


9.3 Metabolism of Nitrogen



22nd Nov. - 28th Nov., 2021

15th Nov. - 21st Nov., 2021


Chapter 11: Thermal Properties of Matter Chapter 11: The p-Block Elements Chapter 11: Animal Kingdom(Chordates)

11.4 Convection and Radiation

11.3 Phase Change & Modes of Heat

Transfer

Chapter 10: Photosynthesis in Higher Plants

11.2 Group 14 Elements(The Carbon

Family)

10.1 Introduction, Contributions of

Some Scientists, Photosynthetic

Pigments

11.2 Phylum Vertebrata-I


Chapter 11: Thermal Properties of Matter Chapter 12: Organic Chemistry: Some

Basic Principles & Techniques

Chapter 11: Animal Kingdom(Chordates)

11.5 Newton's Law of Cooling


12.1 Classification of Organic

Compound and Nomenclature of

Hydrocarbon

12.2 IUPAC Nomenclature of Organic

Compounds

10.2 Mechanism of Photosynthesis 11.2 Phylum Vertebrata-I(Contd.)


12.1 Zeroth & First Law of

Thermodynamics



6th Dec. - 12th Dec., 2021

29th Nov. - 5th Dec., 2021


Chapter 11: Animal Kingdom(Chordates)Chapter 12: Organic Chemistry: Some


12.4 Fundamental Concept in Organic

Reaction Mechanism - Electronic

Displacement

12.3 Isomerism in Organic Compound


10.3 Mechanism of Photosynthesis(1) 11.3 Phylum Vertebrata-II


Chapter 13: Kinetic Theory of Gases Chapter 11: Animal Kingdom(Chordates)

13.1 Kinetic Theory of Gas

13.2 Law of Equipartition of Energy and

Specific Heat of Gas

11.3 Phylum Vertebrata-II(Contd.)


12.2 Thermodynamic Processes

12.3 Thermodynamic Processes

(Contd.)

12.4 Heat Engine, Refrigerator and

Second Law of Thermodynamics


10.4 Photorespiration

10.5 Factors Affecting Photosynthesis

Chapter 12: Organic Chemistry: Some


12.5 Types of Reaction Intermediates

12.6 Questions Based on Relative

Intermediate, Isomerism and

Fission of Bond



20th Dec. - 26th Dec., 2021

13th Dec. - 19th Dec., 2021


Chapter 14. Oscillations Chapter 12: Organic Chemistry: Some Basic

Principles & Techniques


14.2 Relation Between Displacement,

Velocity & Acceleration of Particle

in SHM

14.1 Simple Harmonic Motion

Chapter 11: Respiration in Plants

12.7 Types of Organic Reactions and

Mechanisms(Part-I)

12.8 Types of Organic Reactions and

Mechanisms(Part-II)

11.1 Introduction, Glycolysis 11.4 Phylum Vertebrata-III


Chapter 14. Oscillations Chapter 12: Organic Chemistry: Some Basic

Principles & Techniques


14.3 Energy in SHM


12.9 Methods of Purification of Organic

Compounds

11.2 Aerobic Respiration-Kreb's Cycle,

Electron Transport System

11.5 Phylum Vertebrata-IV



3rd Jan. - 9th Jan., 2022

27th Dec. 2021 - 2nd Jan., 2022


Chapter 14: Oscillations Chapter 12: Organic Chemistry: Some



14.4 Oscillation of Spring-block(Non-

ideal) System and Simple

Pendulum

14.5 Damped & Forced Oscillations


12.10 Qualitative and Quantitative

Analysis of Organic Compounds

11.2 Aerobic Respiration-Kreb's Cycle,

Electron Transport System(Contd.)

11.6 Phylum Vertebrata-V


Chapter 15: Waves Chapter 13: Hydrocarbons Chapter 12: Structural Organisation in Animals(Animal Morphology)

15.1 Introduction to Plane Progressive

Harmonic Wave

15.2 Particle Velocity, Energy and

Intensity of Wave

Chapter 12: Plant Growth & Development

13.1 Alkanes

13.2 Alkenes

12.1 Introduction, Phases of Growth,

Growth Rates, Development

12.1 A nimal Morphology-I



17th Jan. - 23rd Jan., 2022

10th Jan. - 16th Jan., 2022


Chapter 15: Waves Chapter 13: Hydrocarbons Chapter 12: Structural Organisation in

Animals(Animal Morphology)

15.3 Longitudinal Wave


13.3 Preparation & Chemical Properties

of Alkenes

12.2 Classification of Phytohormones 12.2 Animal Morphology-II


Chapter 15: Waves Chapter 13: Hydrocarbons Chapter 12: Structural Organisation in



13.4 Alkyne

13.5 Benzene

12.3 Animal Morphology-III(Cockroach)15.4 Reflection and Transmission of

Waves, Stationary Wave

15.5 Normal Modes of Vibration in

Organ Pipe, Beats

12.2 Classification of

Phytohormones(Contd.)



24th Jan. - 30th Jan., 2022


Chapter 15: Waves Chapter 14: Environmental Chemistry Chapter 12: Structural Organisation in


15.6 Doppler Effect


14.1 Pollution, Causes of Pollution and

Green Chemistry

12.3 Seed Dormancy, Seed Germination,

Photoperiodism

12.4 Animal Morphology-IV


AakashDigital

e 88000, 2998

C) [email protected]

Cl) digital.aakash.ac.in

Test Planner (April 2021-February 2022)

® Aakash

Medical I IIT-JEE I Foundations

March BatchPhase-01

Weekdays & Weekend Physics Chemistry Botany Zoology

FT-03 20th to 23rd May

Motion in a Straight Line: Introduction, Position, Path length and displacement, Average velocity & average speed., Differential calculus, Applications of differential calculus, Instantaneous velocity & speed, Acceleration

Some Basic Concepts of Chemistry: Reactions in solutions : Mass percentage or weight percentage, Mole-fraction, Molarity, Molality, Normality, Structure of Atom: Sub-atomic particles : Discovery of electron, Charge to mass ratio of electron, Charge on electron, Discovery of proton and neutron. Thomson model of atom, Rutherford's nuclear model of atom, Atomic and Mass number, Isobars and isotopes., Particle nature of electromagnetic radiation : Plank's quantum theory, Photoelectric effect, Dual behaviour of electromagnetic radiation.

Cell: The Unit of Cell: Nucleus, Chromosome, MicrobodiesCell Cycle & Cell Division: Introduction, Cell cycle, phase of cell cycle, Mitosis-definition, Karyokinesis, cytokinesis, significance, Meiosis–definition, Meiosis-I, Meiosis-II, significance of meiosis, Nucleus, Chromosomes, Microbodies, Cell Cycle & Cell Division: Introduction, Cell cycle–phases of cell cycleThe living world: Introduction, What is living?, Characteristics of living beings, Diversity in the living world, Nomenclature, Need for classification, Classification -taxonomy, Systematics

Structural organisation in Animals–Animal Tissues-II: Non-striated/Smooth muscles (Single unit & Multiunit smooth muscles; Cardiac muscles), Nervous Tissue: Structure of neuron and its parts, Different types of neuron; Myelinated & Nonmyelinated neurons, Neuroglia cells-Types of glial cells, Biomolecules-I: Primary and secondary metabolites, Carbohydrates: Monosaccharides, Derivatives of monosaccharides, Oligosaccharides, Functions of small carbohydrates, Polysaccharides- Aminoacids: Structure, types, functions of amino acids, Peptide bond formation, Structure of protein, Properties of proteins. Types of proteins and their functions, Lipids: Structure and classification of lipids, simple lipids, conjugated lipids, derived lipids, functions of lipids, Nitrogenous bases, nucleosides, nucleotides, higher nucleotides, types of nucleotides, functions of nucleotides.

Some Basic Concepts of Chemistry: Dalton's atomic theroy, Atomic and molecular masses : Atomic mass, Average atomic mass,Molecular mass, Formula mass, Mole concept, Molar mass-I, Mole concept, Molar mass-II

Cell: The Unit of Life : Cell wall, endomembrane system - endoplasmic reticulum, Golgi body, lysosome, vacuole, mitochondria, plastid, ribosome, cytoskeleton, centrosome and centrioles, cilia and flagella

Structural organisation in Animals: Animal tissues- Dense connective tissues- characters with examples, Supportive connective tissue: Cartilage, Types of cartilage-Hyaline, Elastic, white fibrocartilage & Calcified cartilage, Bone, its structure & composition, Differences between cartilage & bone, Types of bones: Compact bone, Spongy bone, Dried bone & decalcified bone; Investing bone, Sesamoid bone and Visceral bone. Muscular Tissue: Types of Muscles, Skeletal muscles

TopicTest No.

FT-01 07th April

Physical World, Units and Measurements: Introduction, International system of units,Measurement of length, Mass and Time,Accuracy, Precision of instruments, Least count

Some Basic Concepts of Chemistry: Importance of chemistry, Nature of matter, Properties of matter and their measurement : Mass and weight, volume, density, temperature, Uncertainty in measurement, Scientific notation, Addition and subtraction, Multiplication and division, Significant figures, Dimensional analysis.Laws of chemical combination : Law of conservation of mass, Law of definite proportions, Law of multiple proportionsGay-Lussac's law of gaseous volumes, Avogadro law

Cell: The Unit of Life : Introduction, what is cell?, cell theory, An overview of cell, prokaryotic cell structure, Gram staining, eukaryotic cell structure. Difference between prokaryotic and eukaryotic cell. Difference between plant cell and animal cell, plasma membrane

TYM (Phase-01)

Regd. Office: Aakash Tower, 8, Pusa Road, New Delhi. Pin: 110005

Two Year Medical [Phase-01] : Planner for Fortnightly Test/Subjective Test/Term Exam - 2021-2022

Version 1.0

Structural organisation in Animals: Animal tissues- Introduction, Classification of Animal tissues, Epithelial tissues : General Features, Basement membrane, Types of epithelial tissues-Simple epithelium, Compound epithelium and its types with examples,specialised epithelial tissue, glandular epithelium,simple and compound glands, Cell junctions. Connective Tissue: Connective tissue proper, Loose connective tissue.

FT-02 6th to 9th May

Units and Measurements: Errors in measurements, Significant figures,Dimensions of physical quantities,Dimensional formulae & dimensional equations,Dimensional analysis and its applications

Test Total No. of Questions Time Test Pattern

Fortnightly Test (FT) 90

[Physics & Botany 23 Ques. in each subject,

Chemistry & Zoology 22 Ques. in each subject] 1.5 Hrs.

Single Objective

(MCQ Type)

Term Exam (TE) 180 (45 from each subject)

3 Hrs. Single

Objective (MCQ Type)

(April 2021-February 2022)

March BatchPhase-01

Weekdays & Weekend Phy Chem Bot Zoo

TopicTest No.

Two Year Medical : Planner for Fortnightly Test/Subjective Test/Term Exam - 2021-2022 [Phase-01]

TE-01 26th to 30th May

Physical World, Units & Measurements, Motion in a Straight Line: Introduction, Position, Path length and displacement, Average velocity & average speed., Differential calculus, Applications of differential calculus, Instantaneous velocity & speed, Acceleration

Some Basic Concepts of Chemistry, Structure of Atom: Sub-atomic particles : Discovery of electron, Charge to mass ratio of electron, Charge on electron, Discovery of proton and neutron. Thomson model of atom, Rutherford's nuclear model of atom, Atomic and Mass number, Isobars and isotopes., Particle nature of electromagnetic radiation : Plank's quantum theory, Photoelectric effect, Dual behaviour of electromagnetic radiation.

Cell: The Unit of Life, Cell Cycle & Cell Division, The living world (Upto Systematics)

Structural organisation in Animals–Animal Tissues, Biomolecules-I (upto Nucleic acid-types of it and function)

ST-01 3rd to 6th June

Physical World, Units & Measurements, Motion in a Straight Line: Introduction, Position, Path length and displacement, Average velocity & average speed., Differential calculus, Applications of differential calculus, Instantaneous velocity & speed, Acceleration

Some Basic Concepts of Chemistry, Structure of Atom: Sub-atomic particles : Discovery of electron, Charge to mass ratio of electron, Charge on electron, Discovery of proton and neutron. Thomson model of atom, Rutherford's nuclear model of atom, Atomic and Mass number, Isobars and isotopes., Particle nature of electromagnetic radiation : Plank's quantum theory, Photoelectric effect, Dual behaviour of electromagnetic radiation.

Cell: The Unit of Life, Cell Cycle & Cell Division, The living world (Upto Systematics)

Structural organisation in Animals–Animal Tissues, Biomolecules-I (upto nucleic acids types & function)

FT-04 24th to 27th June

Motion in a Straight Line: Integral calculus, Applications of Integral calculus, Graphs (slope, area etc.), Kinematic equations for uniformly accelerated motion., Motion under gravity, Relative velocity in one dimension.

Structure of Atom: Emission and absorption spectra, Line spectrum of hydrogen, Bohr’s model for hydrogen atom, Explanation of Bohr’s model., Dual behaviour of matter, Heisenberg’s uncertainty principle, Significance of uncertainty principle, Reason for the failure of the Bohr model., Quantum mechanics, Hydrogen atom and the Schrodinger equation, Orbitals and Quantum numbers, Shapes of atomic orbitals, Energies of atomic orbitals, Filling of orbitals in atom : Aufbau principle, Pauli's exclusion principle, Hunds rule of maximum multiplicity, Electronic configuration of atoms, Causes of Stability of completely filled and half filled sub-shells

The living world(Contd.): Taxonomic categories, Biological concept of species, Taxonomical aids- Herbarium, , Botanical gardens, museum, zoological parks, Key, Flora, Manual, Monographs, Catalogues, Biological Classification: Introduction, Kingdom system of classification- two kingdom, three kingdom, four kingdom, five kingdom, Six kingdom, Domains of life, Kingdom Monera- Characters of monera, Shape of bacteria, Bacterial Life process - Respiration, Nutrition, Reproduction- Asexual, Sexual recombination

Biomolecules-II: Enzymes: Importance, activation energy, chemical nature, active site, Classes of enzymes: Properties of enzymes, Working of enzymes-Lock & Key model, Induce fit theory, Factors affecting the enzyme activity: Enzyme inhibition-competitive, Non competitive, Allosteric enzymes, Isoenzymes, proenzymes & co-factorsDigestion & Absorption

FT-05 8th to 11th July

Motion in a Plane: Introduction, Scalars & Vectors, Multiplication of vectors by real numbers, Addition & subtraction of vectors–graphical method., Resolution of vectors, Vector addition–analytical method., Motion in a plane, Motion in a plane with constant acceleration.

Classification of Elements and Periodicity in Properties

Biological Classification(Contd.): Economic importance of bacteria, Archaebacteria-methanogens, halophiles, thermoacidophiles, Eubacteria – Cyanobacteria, Mycoplasma, Protista-General characters, Chrysophytes, Dinoflagellates, Euglenoids, Slime moulds, Protozoans-major groups with some salient features

Breathing & Exchange of Gases-I: Respiratory passage, structure of Larynx, sound production, lungs, pleurae, external structure of lungs, Internal structure, alveoli., Mechanism of breathing-Inspiration, expiration, thoracic & abdominal breathing, Respiratory/Pulmonary volumes/Respiratory capacities, Exchange of gases between alveoli & blood; exchange of gases between blood & tissue cells., Transport of oxygen, Bohr’s effect; Transport of carbon dioxide, Chloride shift (Hamburger’s phenomenon), Haldane effect

March BatchPhase-01


TopicTest No.


FT-06 22nd to 25th July

Motion in a Plane(Contd.): Relative velocity in two dimensions., Projectile motion – Equation of path of a projectile. Time of flight, Maximum height, Horizontal range, Uniform circular motion.

Chemical Bonding and Molecular Structure: Kossel-Lewis approach to chemical bonding, Octet rule, Covalent bond, Lewis representation of simple molecules, Formal charge, Limitations of octet rule : Incomplete octet of the central atom, odd-electron molecule, The expanded octet., Ionic or electrovalent bond, Lattice enthalpy, bond parameters : Bond length, Bond angles, Bond enthalpy, Bond-order, Resonance structures Polarity of bonds, Dipole moment and molecular structures, Percentage ionic character, The valence shell electron pair repulsion theory.

Biological Classification(Contd.): Fungi-general characters, Reproduction in fungi, Characters of different classes of fungi - Phycomycetes, Ascomycetes, Basidiomycetes, Salient features of Agaricus, Deuteromycetes

Breathing & Exchange of Gases-II: Regulation of respiration: Neural regulation, chemical regulation, Respiratory disorders, Bronchitis, Asthma, Emphysema, Occupational respiratory disorder, Body Fluids & Circulation-I: Fluid connective tissue–Blood & composition of blood-blood cells & plasma, blood coagulation, clotting factors, lymph, Circulatory pathways, Human circulatory system-external structure of heart, Internal structure-Atria, Ventricle, Valves, Histology of heart wall, working of heart, Cardiac cycle, Heart sounds, conducting system of heart, ECG-Normal ECG & changes as indication of heart diseases

TE-02 28th July to 1st Aug

Physical World, Units & Measurements, Motion in a Straight Line: Introduction, Position, Path length and displacement, Average velocity & average speed., Differential calculus, Applications of differential calculus, Instantaneous velocity & speed, Acceleration[For 9 Questions out of 45]Motion in a Straight Line: Integral calculus, Applications of Integral calculus. Graphs (slope, area etc.), Kinematic equations for uniformly accelerated motion., Motion under gravity, Relative velocity in one dimension, Motion in a Plane[For 36 Questions out of 45]

Some Basic Concepts of Chemistry, Structure of Atom: Sub-atomic particles : Discovery, Charge to mass ratio, Charge. Thomson model, Rutherford's nuclear model, Atomic and Mass number, Isobars, isotopes., Particle nature of electromagnetic radiation : Planck's theory, Photoelectric effect, Dual behaviour of electromagnetic radiation.[For 9 Questions out of 45]Structure of Atom: Emission, absorption spectra, Line spectrum, Bohr’s model, Explanation, Dual behaviour, Heisenberg’s uncertainty, Significance, Reason for the failure of the Bohr model, Quantum mechanics, H- atom, the Schrodinger equation, Orbitals, Quantum numbers, Shapes, Energies, Filling of orbitals : Aufbau, Pauli's, Hunds, Electronic configuration, stability of completely filled, half filled sub-shells., Classification of Elements and Periodicity in Properties, Chemical Bonding and Molecular Structure: Lewis approach, Octet rule, Covalent bond, Lewis representation, Formal charge, Limitations of octet rule,Ionic bond, Lattice enthalpy, bond parameters, Resonance, Polarity of bonds, Dipole moment and molecular structures, Percentage ionic character, The valence shell electron pair repulsion theory.[For 36 Questions out of 45]

Cell: The Unit of Life, Cell Cycle & Cell Division, The living world (Upto Systematics)[For 9 Questions out of 45]The living world: Taxonomic Categories, Biological concept of species onwards, Biological Classification: Upto Deuteromycetes [For 36 Questions out of 45]

Structural organisation in Animals–Animal Tissues, Biomolecules (upto nucleic acids types & function)[For 9 Questions out of 45]Biomolecules-II: Enzymes: Importance, activation energy, chemical nature, active site, Classes of enzymes: Properties of enzymes, Working of enzymes-Lock & Key model, Induce fit theory, Factors affecting the enzyme activity: Enzyme inhibition-competitive, Non competitive, Allosteric enzymes, Isoenzymes, proenzymes & co-factors Digestion & Absorption, Breathing & Exchange of Gases, Body Fluids & Circulation-I: Fluid connective tissue–Blood & composition of blood-blood cells & plasma, blood coagulation, clotting factors, lymph, Circulatory pathways, Human circulatory system-external structure of heart, Internal structure-Atria, Ventricle, Valves, Histology of heart wall, working of heart, Cardiac cycle, Heart sounds, conducting system of heart, ECG-Normal ECG & changes as indication of heart diseases.[For 36 Questions out of 45]

March BatchPhase-01


TopicTest No.


ST-02 5th to 8th Aug

Motion in a Straight Line: Integral calculus, Applications of Integral calculus. Graphs (slope, area etc.), Kinematic equations for uniformly accelerated motion., Motion under gravity, Relative velocity in one dimension, Motion in a Plane

Structure of Atom: Emission and absorption spectra, Line spectrum of hydrogen, Bohr’s model for hydrogen atom, Explanation of Bohr’s model., Dual behaviour of matter, Heisenberg’s uncertainty principle, Significance of uncertainty principle, Reason for the failure of the Bohr model., Quantum mechanics, Hydrogen atom and the Schrodinger equation, Orbitals and Quantum numbers, Shapes of atomic orbitals, Energies of atomic orbitals, Filling of orbitals in atom : Aufbau principle, Pauli's exclusion principle, Hunds rule of maximum multiplicity, Electronic configuration of atoms, Causes of stability of completely filled and half filled sub-shells., Classification of Elements and Periodicity in Properties, Chemical Bonding and Molecular Structure: Kossel-Lewis approach to chemical bonding, Octet rule, Covalent bond, Lewis representation of simple molecules, Formal charge, Limitations of octet rule : Incomplete octet of the central atom, odd-electron molecule, The expanded octet., Ionic or electrovalent bond, Lattice enthalpy, bond parameters : Bond length, Bond angles, Bond enthalpy, Bond-order, Resonance structures Polarity of bonds, Dipole moment and molecular structures, Percentage ionic character, The valence shell electron pair repulsion theory.

The living world(Contd.): Taxonomic Categories, Biological concept of species onwards, Biological Classification: Upto Deuteromycetes.

Biomolecules-II: Enzymes: Importance, activation energy, chemical nature, active site, Classes of enzymes: Properties of enzymes, Working of enzymes-Lock & Key model, Induce fit theory, Factors affecting the enzyme activity: Enzyme inhibition-competitive, Non competitive, Allosteric enzymes, Isoenzymes, proenzymes & co-factors Digestion & Absorption, Breathing & Exchange of Gases, Body Fluids & Circulation-I: Fluid connective tissue–Blood & composition of blood-blood cells & plasma, blood coagulation, clotting factors, lymph, Circulatory pathways, Human circulatory system-external structure of heart, Internal structure-Atria, Ventricle, Valves, Histology of heart wall, working of heart, Cardiac cycle, Heart sounds, conducting system of heart, ECG-Normal ECG & changes as indication of heart diseases.

FT-07 26th to 29th Aug

Laws of Motion: Introduction, Aristotle’s fallacy, The law of inertia, Newton’s first law of motion, Momentum, Conservation of momentum, Newton’s Second law of motion, Newton’s third law of motion, Equilibrium of a particle

Chemical Bonding and Molecular Structure: Valence bond theory : Orbital overlap concept, Directional properties of bonds, Overlapping of atomic orbitals, Types of overlapping and nature of covalent bonds. Strength of s & p-bonds., Hybridisation : Features and conditions, Types of hybridisation : sp, sp2, sp3, dsp2, sp3d, sp3d2, sp3d3, Molecular orbital theory : Features, Linear combination of atomic orbitals, Conditions for the combination of atomic orbitals, Types of molecular orbitals., Energy level diagram for molecular orbitals, Electronic configuration and molecular behaviour, Bonding in some homonuclear diatomic molecules, Hydrogen bonding.

Biological Classification(Contd.): Virus–introduction, discovery, structural components, Structure of some viruses (TMV, bacteriophages), Reproduction in virus, Diseases, Sub-viral agents – Viroids, Virusoids, Prions; Lichens, Mycorrhiza, Morphology of Flowering Plants: Introduction, Root–types, function, regions, modifications, Introduction of stem, bud, function of stem, modification of stem, Leaf–introduction, parts, venation, types (simple and compound leaf), Leaf-Phyllotaxy, Modifications, Inflorescence – racemose and cymose, Flowers-terminology, symmetry.

Body Fluids & Circulation-II: Double circulation, heart beat, regulation of heart beat- Neural regulation, hormonal regulation, Blood Vessels-Aorta, Arteries, Arterioles, Capillaries, Venules, Veins, Vena Cava, Lymphatic system, Disorders of circulatory system-Hypertension, Coronary artery diseases, Angina, Heart failure, Excretory Products & their Elimination-I: (upto ADH and diabetes insipidus)

March BatchPhase-01


TopicTest No.


FT-08(HA)

9th to 12th Sep

Laws of Motion(Contd.): Common forces in mechanics, Friction, Circular motion, Solving problems in mechanics.

States of Matter Morphology of Flowering Plants (Contd.): Position of floral parts on thalamus, parts of flower (calyx and corolla), aestivation, Androecium- adhesion, cohesion; Gynoecium, Placentation, Fruits–parts, types, edible parts, Structure of dicotyledonous and monocotyledonous seed, Families– brassicaceae, fabaceae, solanaceae, liliaceae.

Excretory Products & their EliminationUrine-II: Its composition, micturition mechanism, role of other organs like, kidney, lungs, liver and skin in excretion. Disorders-uremia, renal failure, renal calculi, nephritis. Dialysis and artificial kidneys & kidney transplantation.Locomotion & Movement-I: Types of movements: Ciliary, protoplasmic streaming, flagellar, muscular; Types of muscles and their structures. Muscle contraction-structure of contractile proteins, Mechanism of muscle contraction-Sliding filament theory, Properties of muscle contraction, disorders of muscles, Axial skeleton

FT-09 30th Sep to 3rd Oct

Work, Energy & Power Thermodynamics Anatomy of Flowering Plants Locomotion & Movement-II: Appendicular skeleton: Pectoral girdle, bones of upper limb, pelvic girdle, bones of lower limb, Joints: Bone & Joint disorders-, Neural Control & Coordination-I: Human neural system: Central and peripheral neural system, neuron as structural and functional unit of neural system, different types of neurons and their location, Nerve impulse, generation and its transmission, Synapses: Electrical and Chemical, synaptic transmission, mechanism of transmission of nerve impulse through electrical and chemical synapse. Neurotransmitters: excitatory and inhibitory, Structure of Brain, Spinal cord & Peripheral nervous system: Cranial nerves (name, origin, distribution, nature and their functions), Spinal nerves-their branches and plexuses in detail. Autonomic nervous system-sympathetic and parasympathetic nervous system and their functions.,

ST-03 7th to 10th Oct

Laws of Motion, Work, Energy & Power Chemical Bonding and Molecular Structure: Valence bond theory : Orbital overlap concept, Directional properties of bonds, Overlapping of atomic orbitals, Types of overlapping and nature of covalent bonds. Strength of s & p-bonds., Hybridisation : Features and conditions, Types of hybridisation : sp, sp2, sp3, dsp2, sp3d, sp3d2, sp3d3, Molecular orbital theory : Features, Linear combination of atomic orbitals, Conditions for the combination of atomic orbitals, Types of molecular orbitals., Energy level diagram for molecular orbitals, Electronic configuration and molecular behaviour, Bonding in some homonuclear diatomic molecules, Hydrogen bonding. States of Matter, Thermodynamics

Biological Classification: Virus–introduction, discovery, structural components, Structure of some viruses (TMV, bacteriophages), Reproduction in virus, Diseases, Sub-viral agents – Viroids, Virusoids, Prions; Lichens, Mycorrhiza, Morphology of Flowering Plants, Anatomy of Flowering Plants

Body Fluids & Circulation-II: Double circulation, heart beat, regulation of heart beat- Neural regulation, hormonal regulation, Blood Vessels, Lymphatic system, Disorders of circulatory system, Excretory Products & their EliminationLocomotion & MovementNeural Control & Coordination-I: Human neural system: Central and peripheral neural system, Nerve impulse, generation and its transmission, Synapses: Electrical and Chemical, synaptic transmission, Neurotransmitters: excitatory and inhibitory, Structure of Brain, Spinal cord & Peripheral nervous system: Cranial nerves, Spinal nerves-their branches and plexuses in detail. Autonomic nervous system-sympathetic and parasympathetic nervous system and their functions.

March BatchPhase-01


TopicTest No.


FT-10 21st to 24th Oct

System of Particles & Rotational Motion Equilibrium Plant Kingdom: Introduction of plant kingdom, Classification systems– artificial, natural and phylogenetic, Branches of taxonomy, Algae–general charactersEconomic importance of algae, Characters of different classes of algae- chlorophyceaePhaeophyceae, rhodophyceaeBryophytes–general charactersBryophyte classes, economic importance

Neural Control & Coordination-II: Reflex action: Reflex arc, characteristics, types of reflexes and their examples. Detail of knee jerk reflex, importance of reflex action., Sensory perception and processing: Human eye: Detailed structure & function, Nose: Olfactory receptors, its structure and mechanism/working. Tongue: Different types of papillae & taste buds, its structure and working. Different types of receptors in skin-Tangoreceptor, algesireceptor, thermoreceptor, Ear: Detailed structure & function, Chemical Coordination & Integration-I: (upto pancreas)

FT-11 25th to 28th Nov

Gravitation, Mechanical Properties of Solids

Redox Reactions, Hydrogen, The s-Block Elements

Plant Kingdom: Pteridophytes– general characters, classes, Salient features of Selaginella & Pteris, Economic importance,Gymnosperms – general charactersSalient Features of Cycas & Pinus, Economic importance, Angiosperms - general characters, Economic importance of angiosperms, Life cycle patterns.

Chemical Coordination & Integration-II:Gonads: (Ovary and testis-structure, location, hormones, principal actions and disorders: hypogonadism, precocious puberty, eunuchoidism, gynaecomastia) hormones of heart, kidney and gastrointestinal tract. Mechanism of hormone action (protein and steroid hormone) role of hormones as messengers. Regulations & amplification of signals; synergistic and antagonistic effects.

Animal Kingdom–General Account & Non chordates-I: Basis of classification, Levels of organisation, Symmetry, Body-plan, Protostomous, DeuterostomousCoelom-its types, Open/closed vascular system, Segmentation, Notochord, Broad classification of Kingdom Animalia based on common fundamental features. Details of Phylum: Porifera & Cnidaria.

ST-04 2nd to 5th Dec

System of Particles & Rotational Motion, Gravitation, Mechanical Properties of Solids

Equilibrium, Redox Reactions, Hydrogen, The s-Block Elements

Plant Kingdom Neural Control & Coordination-II: (from reflex action onwards upto ear)Chemical Coordination & IntegrationAnimal Kingdom–General Account & Non chordates-I Basis of classification, Levels of organisation, Symmetry, Body-plan, Protostomous, DeuterostomousCoelom-its types, Open/closed vascular system, Segmentation, Notochord, Broad classification of Kingdom Animalia based on common fundamental features. Details of Phylum: Porifera & Cnidaria.

March BatchPhase-01


TopicTest No.


FT-12 23rd to 26th Dec

Mechanical Properties of Fluids, Thermal Properties of Matter

The p-Block Elements (Group 13 & 14), Organic Chemistry : Some Basic Principles & Techniques: Tetravalency of carbon, Structure of organic compounds, Classification of organic compounds, Nomenclature of organic compounds (excluding functional group)., IUPAC nomenclature of organic compounds including mono and bi functional groups., Isomerism : Structural isomerism including tautomerism, Stereoisomerism (Definition)

Transport in Plants, Mineral Nutrition Animal Kingdom–General Account & Non chordates-II:Details of phylum: Ctenophora, PlatyhelminthesLifecycle of Fasciola hepatica (outline), Life cycle of Taenia solium, AschelminthesAnnelida, Arthropoda, Mollusca, Echinodermata, Hemichordata

FT-13 20th to 23rd Jan

Themodynamics, Kinetic Theory Organic Chemistry : Some Basic Principles & Techniques: Fundamental concepts in organic reaction, Mechanism : Bond fission, Nucleophile and electrophile, Inductive and electromeric effect, Resonance effect., Hyperconjugation, Reaction intermediates : Carbocation, Carbanion, Carbon free radicals, Carbene, Types of organic reactions and mechanism : Substitution reactions, Addition, Elimination and rearrangement reactions, Purification of organic compounds, Qualitative analysis, Quantitative analysis

Photosynthesis in Higher Plants, Respiration in Plants

Animal Kingdom-III: Chordates

FT-14(HA)

10th Feb to 13th Feb

Oscillations, Waves Hydrocarbons, Environmental Chemistry. Plant Growth and Development Structural Organisation in Animals– Animal Morphology

ST-05* 15th Feb

ST-06* 17th Feb

ST-07* 19th Feb

3 hours Test of Physics on Complete Syllabus of Class XI

3 hours Test of Chemistry on Complete Syllabus of Class XI

3 hours Test of Biology on Complete Syllabus of Class XI

[email protected]

8800012998

digital.aakash.ac.in

Thank You

A Aakash iTutor

Documents

Transcript of A Aakash iTutor