A From Managing Director's Desk · 2020. 9. 1. · A lot has changed at Aakash during the transition from a humble coaching institute to becoming a recognized name in the education

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.

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.

For 31 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.

From Managing Director's Desk

J. C. ChaudhryChairman & Managing Director (CMD)

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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 2020 to get admission to MBBS courses in AIIMS, New Delhi, JIPMER and all AIIMS

like Institutions.


Test Total no. of Qs Time Test Pattern

Date Day Subjects Chapter Name Lecture Code & Topic Read E book Watch Video Lecture Solve DPT Doubt Clearing Session

Physics1. Physical World,2. Units & Measurements

Lecture Code: 1.1 Physical World Lecture Code: 2.1Introduction to physical quantities.Lecture Code: 2.2 Methods of measurement

YES Optional NA Ask an Expert (All Day)

Botany 1. Cell - The unit of life

Lecture Code: 1.1 Introduction to chapter cell Lecture Code: 1.2Eukaryotic cell part-1


Physics1. Physical World,2. Units & Measurements

Lecture Code: 1.1 Physical World Lecture Code: 2.1Introduction to physical quantities.Lecture Code: 2.2 Methods of measurement

Can Revise YES (MUST) YES (MUST) 4:00 pm -5:00 pm


Lecture Code: 1.1 Introduction to chapter cell Lecture Code: 1.2Eukaryotic cell part-1


10-May-20 Sunday

Chemistry1. Some Basic Concepts of Chemistry

Lecture Code: 1.1Application and importance of chemistryLecture Code: 1.2Laws of chemical combination


Zoology1. Structural Organisation of Animals

Lecture Code: 1.1Epithelial tissue and its typesLecture Code: 1.2Connective tissue and its types


Fortnightly Test60 (15 from each

subject)1 hr

Single Objective(MCQType)

Daily Schedule for Long Term Students : Repeater Course (Phase-01) for NEET 2021May- July 2020 - English (New Version)

8-May-20 Friday

9-May-20 Saturday

Revision Day

11-May-20 Monday




subject)1 hr




Lecture Code: 1.1Application and importance of chemistryLecture Code: 1.2Laws of chemical combination


Zoology1. Structural Organisation of Animals

Lecture Code: 1.1Epithelial tissue and its typesLecture Code: 1.2Connective tissue and its types


13-May-20 Wednesday

Physics 2. Units & Measurements

Lecture Code: 2.3Error in MeasurementLecture Code: 2.4Significant figures & dimensional analysisLecture Code: 2.5Application of dimensional Analysis



Lecture Code: 1.3 Eukaryotic cell part-2 Lecture Code: 1.4Eukaryotic cell part-3


Physics 2. Units & Measurements

Lecture Code: 2.3Error in MeasurementLecture Code: 2.4Significant figures & dimensional analysisLecture Code: 2.5Application of dimensional Analysis





16-May-20 Saturday

17-May-20 SundayRevision Day

15-May-20 Friday

12-May-20 Tuesday

Revision Day

14-May-20 Thursday




subject)1 hr




Lecture Code: 1.3 Mole Concept Lecture Code: 1.4Law of chemical equivalence


Zoology1. Structural Organisation of Animals,2. Biomolecules

Lecture Code: 1.3Muscular and nervous tissue Lecture Code: 2.1 Introduction to Biomolecules



Lecture Code: 1.3 Mole Concept Lecture Code: 1.4Law of chemical equivalence


Zoology1. Structural Organisation ofAnimals,2. Biomolecules

Lecture Code: 1.3Muscular and nervous tissue Lecture Code: 2.1 Introduction to Biomolecules


20-May-20 Wednesday

Physics 3. Motion in a straight line

Lecture Code: 3.1 Motion in a straight line Lecture Code: 3.2Speed and velocityLecture Code: 3.3Speed and velocity continued.





18-May-20 Monday

19-May-20

21-May-20 Thursday

Tuesday

Revision Day




subject)1 hr




Lecture Code: 3.1 Motion in a straight line Lecture Code: 3.2Speed and velocityLecture Code: 3.3Speed and velocity continued.





23-May-20 Saturday

24-May-20 Sunday


Lecture Code: 1.5Percentage composition and empirical formulaLecture Code: 1.6Stoichiometry


Zoology 2. Biomolecules

Lecture Code: 2.2

Lecture Code: 2.3YES Optional NA Ask an Expert (All Day)


Lecture Code: 1.5Percentage composition and empirical formulaLecture Code: 1.6Stoichiometry



Lecture Code: 2.2

Lecture Code: 2.3Can Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

27-May-20 Wednesday Revision Day

22-May-20 Friday

25-May-20 Monday

Revision Day

26-May-20 Tuesday

Biomolecules- Proteins

Biomolecules-Lipids

Biomolecules- Proteins

Biomolecules-Lipids




subject)1 hr




Lecture Code: 3.4Calculus ContinuedLecture Code: 3.5Complex integration numericalsLecture Code: 3.6Acceleration


Botany 2. Cell cycle and cell division

Lecture Code: 2.1 Introduction Lecture Code: 2.2Mitosis



Lecture Code: 3.4Calculus ContinuedLecture Code: 3.5Complex integration numericalsLecture Code: 3.6Acceleration


Botany 2. Cell cycle and cell division

Lecture Code: 2.1 Introduction Lecture Code: 2.2Mitosis


30-May-20 Saturday

31-May-20 Sunday

Chemistry1. Some Basic Concepts of Chemistry,2. Structure of Atom

Lecture Code: 1.7 Reactions in Solutions Lecture Code: 2.1



Lecture Code: 2.4 Biomolecules- Nucleic acid Lecture Code: 2.5Biomolecules- Enzymes -I


1-Jun-20 Monday

28-May-20 Thursday

29-May-20 Friday

Revision Day

Discovery of subatomic particles




subject)1 hr



Chemistry1. Some Basic Concepts of Chemistry,2. Structure of Atom

Lecture Code: 1.7 Reactions in Solutions Lecture Code: 2.1Discovery of subatomic particles



Lecture Code: 2.4 Biomolecules- Nucleic acid Lecture Code: 2.5Biomolecules- Enzymes -I


3-Jun-20 Wednesday


Lecture Code: 3.7Application of calculus (Part-A)Lecture Code: 3.8Application of calculus (Part-B)Lecture Code: 3.9Kinematics / Equation of Motion


Botany2. Cell cycle and cell division,3. Living world

Lecture Code: 2.3MeiosisLecture Code: 3.1introduction



Lecture Code: 3.7Application of calculus (Part-A)Lecture Code: 3.8Application of calculus (Part-B)Lecture Code: 3.9Kinematics / Equation of Motion


Botany2. Cell cycle and cell division,3. Living world

Lecture Code: 2.3MeiosisLecture Code: 3.1introduction


6-Jun-20 Saturday

7-Jun-20 Sunday

Friday

Revision Day

5-Jun-20

2-Jun-20 Tuesday

Fortnightly Test-01

4-Jun-20 Thursday




subject)1 hr



Chemistry 2. Structure of Atom

Lecture Code: 2.2Different models of atom, Maxwell's wave theory and Planck's quantum theoryLecture Code: 2.3Atomic spectrum and Dual nature


Zoology2. Biomolecules,3. Digestion and Absorption

Lecture Code: 2.6 Biomolecules- Enzyme II Lecture Code: 3.1Anatomy of Digestive System I



Lecture Code: 2.2Different models of atom, Maxwell's wave theory and Planck's quantum theoryLecture Code: 2.3Atomic spectrum and Dual nature


Zoology2. Biomolecules,3. Digestion and Absorption

Lecture Code: 2.6 Biomolecules- Enzyme II Lecture Code: 3.1Anatomy of Digestive System I


10-Jun-20 Wednesday


Lecture Code: 3.10Motion under GravityLecture Code: 3.11 Galileo 's Law of Odd noLecture Code: 3.12Graphs


Botany 3. Living world

Lecture Code: 3.2 Biodiversity Lecture Code: 3.3Taxonomic hierarchy


11-Jun-20 Thursday

Revision Day

8-Jun-20 Monday

9-Jun-20 Tuesday




subject)1 hr




Lecture Code: 3.10Motion under GravityLecture Code: 3.11 Galileo 's Law of Odd noLecture Code: 3.12Graphs



Lecture Code: 3.2 Biodiversity Lecture Code: 3.3Taxonomic hierarchy


13-Jun-20 Saturday

14-Jun-20 Sunday


Lecture Code: 2.4Bohr's model and Dual nature of matterLecture Code: 2.5Heisenberg's uncertainty principle and Quantum mechanical model


Zoology 3. Digestion and Absorption

Lecture Code: 3.2Anatomy of Digestive System IILecture Code: 3.3Physiology of digestion I



Lecture Code: 2.4Bohr's model and Dual nature of matterLecture Code: 2.5Heisenberg's uncertainty principle and Quantum mechanical model


Zoology 3. Digestion and Absorption

Lecture Code: 3.2Anatomy of Digestive System IILecture Code: 3.3Physiology of digestion I


17-Jun-20 Wednesday

12-Jun-20 Friday

15-Jun-20 Monday

Tuesday

Fortnightly Test-02

16-Jun-20

Revision Day




subject)1 hr




Lecture Code: 3.13Variation of slopeLecture Code: 3.14 Graphical analysis of motion (part-I)Lecture Code: 3.15Graphical analysis of motion (part-II)



Lecture Code: 3.4 Taxonomic aids Lecture Code: 3.5Taxonomic aids.(1)



Lecture Code: 3.13Variation of slopeLecture Code: 3.14 Graphical analysis of motion (part-I)Lecture Code: 3.15Graphical analysis of motion (part-II)



Lecture Code: 3.4 Taxonomic aids Lecture Code: 3.5Taxonomic aids(1)


20-Jun-20 Saturday

21-Jun-20 Sunday

Chemistry2. Structure of Atom,3. Classification of elements and periodicity in properties

Lecture Code: 2.6Some Important graphs and electronic configurationLecture Code: 3.1Genesis of classification and modern periodic table


Zoology3. Digestion and Absorption,4. Breathing and Exchange of Gases

Lecture Code: 3.4 Physiology of digestion II Lecture Code: 4.1Breathing and Exchange of gases - Introduction


18-Jun-20 Thursday

19-Jun-20 Friday

22-Jun-20 Monday

Revision Day




subject)1 hr



Chemistry2. Structure of Atom,3. Classification of elements and periodicity in properties

Lecture Code: 2.6Some Important graphs and electronic configurationLecture Code: 3.1Genesis of classification and modern periodic table


Zoology3. Digestion and Absorption,4. Breathing and Exchange of Gases

Lecture Code: 3.4 Physiology of digestion II Lecture Code: 4.1Breathing and Exchange of gases - Introduction


24-Jun-20 Wednesday

Physics3. Motion in a straight line4.Motion in a plane

Lecture Code: 3.16Acceleration-time GraphLecture Code: 3.17 Relative velocity in LDLecture Code: 4.1Scalar and Vector


Botany 4. Biological classification

Lecture Code: 4.1

Lecture Code: 4.2Monera


Physics3. Motion in a straight line4.Motion in a plane

Lecture Code: 3.16Acceleration-time GraphLecture Code: 3.17 Relative velocity in LDLecture Code: 4.1Scalar and Vector



Lecture Code: 4.1

Lecture Code: 4.2Monera


27-Jun-20 Saturday

28-Jun-20 Sunday

Friday

25-Jun-20 Thursday

23-Jun-20 Tuesday

Revision Day

Revision Day

26-Jun-20

kingdom systems of classification

kingdom systems of classification




subject)1 hr



Chemistry

3. Classification of elementsand periodicity in properties, 4. Chemical Bonding & Molecular Structure

Lecture Code: 3.2Properties of elements & their variation in Modern periodic tableLecture Code: 4.1Types of Chemical bonding


Zoology4. Breathing and Exchange of Gases

Lecture Code: 4.2 Process of respiration Lecture Code: 4.3Process of Respiration contd.


Chemistry

3. Classification of elements and periodicity in properties,4. Chemical Bonding & Molecular Structure

Lecture Code: 3.2Properties of elements & their variation in Modern periodic tableLecture Code: 4.1Types of Chemical bonding


Zoology4. Breathing and Exchange of Gases

Lecture Code: 4.2 Process of respiration Lecture Code: 4.3Process of Respiration contd.


1-Jul-20 Wednesday

Physics 4.Motion in a plane

Lecture Code: 4.2 Arithmetics of Vectors:AdditionLecture Code: 4.3 Arithmetics of Vectors:Subtraction,Resolution of VectorLecture Code: 4.4Numerical based on Arithmetics of Vectors



Lecture Code: 4.3 Monera(1) Lecture Code: 4.4Monera (2)


2-Jul-20 Thursday

Fortnightly Test-03

29-Jun-20 Monday

30-Jun-20 Tuesday




subject)1 hr




Lecture Code: 4.2 Arithmetics of Vectors:AdditionLecture Code: 4.3 Arithmetics of Vectors:Subtraction,Resolution of VectorLecture Code: 4.4Numerical based on Arithmetics of Vectors



Lecture Code: 4.3 Monera(1) Lecture Code: 4.4Monera (2)


4-Jul-20 Saturday

5-Jul-20 Sunday

Chemistry4. Chemical Bonding & Molecular Structure

Lecture Code: 4.2VSEPR theory and dipole momentLecture Code: 4.3Resonance and Valence bond theory


Zoology4. Breathing and Exchange of Gases,5. Body fluids and circulation

Lecture Code: 4.4 Mechanism of Regulation Lecture Code: 5.1Body Fluids part-1


Chemistry4. Chemical Bonding & Molecular Structure

Lecture Code: 4.2VSEPR theory and dipole momentLecture Code: 4.3Resonance and Valence bond theory


Zoology4. Breathing and Exchange of Gases,5. Body fluids and circulation

Lecture Code: 4.4 Mechanism of Regulation Lecture Code: 5.1Body Fluids part-1


8-Jul-20 Wednesday

3-Jul-20 Friday

Revision Day

6-Jul-20 Monday

Tuesday

Revision Day

7-Jul-20




subject)1 hr




Lecture Code: 4.5 Introduction of Motion in plane, velocity and acceleration in 2-D MotionLecture code: 4.6Projectile motion part ALecture code: 4.7 Projectile motion part B



Lecture Code: 4.5 Eubacteria Lecture Code: 4.6 Protista (Photosynthetic Protists)



Lecture Code: 4.5 Introduction of Motion in plane, velocity and acceleration in 2-D MotionLecture code: 4.6 Projectile motion part ALecture code: 4.7 Projectile motion part B



Lecture Code: 4.5 Eubacteria Lecture Code: 4.6 Protista (Photosynthetic Protists)


11-Jul-20 Saturday

12-Jul-20 SundayRevision Day

10-Jul-20 Friday

9-Jul-20 Thursday

Phase-01 (Repeater Course) Version 1.0

Physics Chemistry Botany Zoology

Fortnightly Test-01

3rd June Wednesday

Physical WorldUnits & MeasurementsMotion in a Straight Line: Introduction, Speed and Velocity.

Some Basic Concepts of ChemistryCell : The Unit of LifeCell Cycle and Cell Division: Introduction, Cell cycle–phases of cell cycle, Mitosis

Structural Organisation in Animals, Biomolecules: Introduction to biomolecules:Metabolites , carbohydrates, Lipids and Proteins

Fortnightly Test-02

17th June Wednesday

Motion in a Straight Line: Complex integration numericals, Acceleration, Application of Calculus (Part A & Part B),Kinematics/Equation of motion,Motion under gravity

Structure of Atom : Discovery of subatomic particles, Different models of atom, Maxwell's wave theory and Planck's quantum theory, Dual behaviour of electromagnetic radiation

Cell Cycle and Cell Division: Meiosis–definition, meiosis-I, meiosis-II and significance. The living world: Upto taxonomic heirarchy

Biomolecules: Nucleic acid and Enzymes, Digestion & Absorption : Anatomy of digestive system I: Introduction, Types of nutrient, Structure of alimentary canal: Digestive system - Mouth, tongue,teeth, dental formula, pharynx,histology of alimentary canal, enteric nervous system

Fortnightly Test-03

1st July Wednesday

Motion in a Straight Line: Galileo law of odd numbers,Graphs,Variation of slope,Graphical analysis of motion(Part I & II),Acceleration-time graph

Structure of Atom : Atomic spectrum, Bohr's model, Dual nature of matter, Heisenberg's uncertainty principle, Quantum mechanical model, Some Important graphs and electronic configuration Classification of Elements and Periodicity in Properties

Living World : Taxonomical Aids, Biological Classification: (upto Kingdom system of classification)

Digestion & Absorption: Anatomy of digestive system II:Structure of alimentary canal- Digestive system : From pharynx to large intestine, Intestinal glands and Enteroendocrine hormone, Physiology of digestion Breathing & Exchange of Gases : Introduction, respiratory organs

Test Pattern - Total no. of Qs = 60 MCQs (15 from each subject), Duration - 1 Hr.

Repeater Medical : Planner for Fortnightly Test - 2020-2021May - July - 2020

Test No. Test Date DayTopic

Physics

Chapter 6: Work, Energy & Power

6.6 Motion in a Vertical Circle □

6. 7 Collision (1-Dimensional) □

6.8 Collision (2-Dimensional) □

Chapter 7: System of Particles &Rotational Motion

7.1 Introduction to Rotational Mechanics □

7.2 Motion of centre of mass □

Physics

Chapter 7: System of Particles & Rotational Motion

7.3 Cross Product and Rotation variables □7.4 Relation between Linear & □

rotational variables 7.5 Angular momentum & Principle of □

moments 7.6 Moment of Inertia-I □

7.7 Moment of Inertia-II □

Chemistry

Chapter 6: Thermodynamics

6.6 Enthalpy Change of Different Type

of Reactions

6. 7 Spontaneity, Entropy and

Gibb's Energy

6.8 Spontaneity, Entropy and Gibb's

Free Energy Continued

Chemistry

Chapter 7: Equilibrium

□

□

□

7.1 Physical Equilibrium □

7.2 Equilibrium Constant □

7.3 Significance of equilibrium constant □

• / AakashA iTutor

10th Aug., - 16th Aug., 2020

Botany Zoology

Chapter 6: Anatomy in flowering plants Chapter 8: Neural control and coordination

6.2 Permanent tissue □ 8.5 Mechanism of image formation □

6.3 Complex X, Permanent tissue □ 8.6 Hearing, gustation and olfaction □

6.4 Tissue system & Anatomy □

6.5 Secondary growth in dicot stem □

17th Aug., - 23rd Aug., 2020

Botany

Chapter 7: Plant kingdom

7.1 Plant kingdom introduction 7.2 Algae

Zoology

Chapter 9: Chemical Coordination and integration

□ 9.1 Endocrine Glands (I) and Hormones □

□ 9.2 Endocrine Glands (II) and □

Mechanism of Hormone Action

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

Physics

Chapter 1 0: Mechanical Properties of Fluids

10.1 Introduction to fluid mechanics □

10.2 Archimedes principle and its application □10.3 Liquids in non-inertial frame □

10.4 Bernoulli's theorem □

Physics

Chapter 1 0: Mechanical Properties of Fluids

10.5 Flow of Liquids □

10.6 Surface tension & Excess pressure □10.7 Capillary action & application □

• / AakashA iTutor

7th Sep., - 13th Sep., 2020

Chemistry

Chapter 8: Redox reactions

8.1 Oxidation and Reduction

8.2 Types of Redox reactions &

balancing of redox reactions

8.3 Standard reduction potential &

Electrochemical series

Botany

Chapter 7: Plant kingdom

□ 7.8 Pteridophytes (2)

□ 7.9 Gymnosperm

□

Zoology

Chapter 10: Animal Kingdom (non-chordates)

□ 10.5 Phylum Aschelminthes □

□ 10.6 Phylum Annelida □

14th Sep., -20th Sep., 2020

Chemistry Botany

Chapter 7: Plant kingdom Chapter 1: Solid state

1.1 Types of Solids and Unit cells □ 7.10 Angiosperm

□ 1.2 Different Types of packing

1.3 Ionic Solids ,Voids and radius ratio D Chapter 8: Transport in plants

8.1 Means of Transport

Zoology

Chapter 10: Animal Kingdom (non-chordates)

□ 10. 7 Phylum Arthropoda □

□

10.8 Phylum Mollusca □

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



Physics 4. Motion in a Plane

Lecture Code: 4.8Projectile Motion : Part CLecture Code: 4.9Projectile motion as plane inclinedLecture Code: 4.10Horizontal Projection, Circular motionLecture Code: 4.11Uniform and nonuniform circular motion, Radius of curvatureLecture Code: 4.12Relative motion in 2-D motion : Part-A


Botany 4.Biological classification

Lecture Code: 4.7Protista(decomposer protists) Lecture Code: 4.8FungiLecture Code: 4.9fungi(1)Lecture Code: 4.10fungi(2)


Physics 4. Motion in a Plane

Lecture Code: 4.8Projectile Motion : Part CLecture Code: 4.9Projectile motion as plane inclinedLecture Code: 4.10Horizontal Projection, Circular motionLecture Code: 4.11Uniform and nonuniform circular motion, Radius of curvatureLecture Code: 4.12Relative motion in 2-D motion : Part-A


Botany 4.Biological classification

Lecture Code: 4.7 Protista(decomposer protists) Lecture Code: 4.8FungiLecture Code: 4.9fungi(1)Lecture Code: 4.10fungi(2)


15-Jul-20 Wednesday


subject)1 hr

Single Objective(MCQ Type)

Term Exam180 (45 from each

subject)3 hr


Term Exam-01

July - Sep 2020 - English (New Version)

13-Jul-20 Monday

14-Jul-20 Tuesday

Daily Schedule for Long Term Students : Repeater Course ( Phase-01) for NEET 2021




subject)1 hr



subject)3 hr



Chemistry 4. Chemical Bonding and Molecular Structure

Lecture Code: 4.4 HybridisationLecture Code: 4.5Hybridisation in different moleculesLecture Code: 4.6 Molecular orbital theory Lecture Code: 4.7 Molecular orbital theory and hydrogen bonding


Zoology 5. Body fluids and circulation

Lecture Code: 5.2 Body Fluids part-2 Lecture Code: 5.3Circulatory systemLecture Code: 5.4 Regulation of cardiac activity Lecture Code: 5.5Circulatory pathways


Chemistry 4. Chemical Bonding and Molecular Structure

Lecture Code: 4.4 HybridisationLecture Code: 4.5Hybridisation in different moleculesLecture Code: 4.6 Molecular orbital theory Lecture Code: 4.7 Molecular orbital theory and hydrogen bonding


Zoology 5. Body fluids and circulation

Lecture Code: 5.2 Body Fluids part-2 Lecture Code: 5.3Circulatory systemLecture Code: 5.4 Regulation of cardiac activity Lecture Code: 5.5Circulatory pathways


18-Jul-20 Saturday

19-Jul-20 Sunday

16-Jul-20 Thursday

17-Jul-20 Friday

Revision Day





subject)1 hr



subject)3 hr



Physics 4. Motion in a Plane5. Laws of Motion

Lecture Code: 4.13Relative motion in 2-D motion: Part-BLecture Code: 5.1Introduction to forces & Laws of MotionLecture Code: 5.2Newton's 3rd Law & ImportanceLecture Code: 5.3 Problem Solving Technique Lecture Code: 5.4Pulley & Constraint Motion


Botany4. Biological classification5. Morphology in flowering plants

Lecture Code: 4.11fungi(3)Lecture Code: 4.12fungi(4)Lecture Code: 4.13 Viruses, viroids and lichensLecture Code: 5.1The Root


Physics 4. Motion in a Plane5. Laws of Motion

Lecture Code: 4.13Relative motion in 2-D motion: Part-BLecture Code: 5.1Introduction to forces & Laws of MotionLecture Code: 5.2Newton's 3rd Law & ImportanceLecture Code: 5.3 Problem Solving Technique Lecture Code: 5.4Pulley & Constraint Motion


Botany4. Biological classification5. Morphology in flowering plants

Lecture Code: 4.11fungi(3)Lecture Code: 4.12fungi(4)Lecture Code: 4.13 Viruses, viroids and lichensLecture Code: 5.1The Root


22-Jul-20 Wednesday

20-Jul-20 Monday

21-Jul-20 Tuesday

Revision Day





subject)1 hr



subject)3 hr



Chemistry 5. States of Matter

Lecture Code: 5.1Intermolecular forces and thermal energyLecture Code: 5.2The gas lawsLecture Code: 5.3Dalton's law, Graham's law and KMTGLecture Code: 5.4Different type of velocities and real gas equation


Zoology 6. Excretory products and their Elimination

Lecture Code: 6.1Role of excretion & Regulation of solutes & waterLecture Code: 6.2Evolution of vertebrate kidneys & Human excretory systemLecture Code: 6.3 Mechanism of Urine formation Lecture Code: 6.4Regulation of Urine formation


Chemistry 5. States of Matter

Lecture Code: 5.1Intermolecular forces and thermal energyLecture Code: 5.2The gas lawsLecture Code: 5.3 Dalton's law, Graham's law and KMTG Lecture Code: 5.4 Different type of velocities and real gas equation


Zoology 6. Excretory products and their Elimination

Lecture Code: 6.1Role of excretion & Regulation of solutes & waterLectureCode: 6.2Evolution of vertebrate kidneys & Human excretory systemLecture Code: 6.3 Mechanism of Urine formation Lecture Code: 6.4Regulation of Urine formation


25-Jul-20 Saturday

26-Jul-20 Sunday

24-Jul-20 Friday

Revision Day

23-Jul-20 Thursday





subject)1 hr



subject)3 hr



Physics 5. Laws of Motion

Lecture Code: 5.5 Frame of Reference Lecture Code: 5.6 Friction and Its Type Lecture Code: 5.7 Multiple block systemLecture Code: 5.8Dynamics of Circular MotionLecture Code: 5.9 Variety of Numericals (Mixed Concept)


Botany 5. Morphology in flowering plants

Lecture Code: 5.2StemLecture Code: 5.3LeafLecture Code: 5.4 Inflorescence Lecture Code: 5.5Flower


Physics 5. Laws of Motion

Lecture Code: 5.5 Frame of Reference Lecture Code: 5.6 Friction and Its Type Lecture Code: 5.7 Multiple block systemLecture Code: 5.8Dynamics of Circular MotionLecture Code: 5.9 Variety of Numericals (Mixed Concept)


Botany 5. Morphology in flowering plants

Lecture Code: 5.2StemLecture Code: 5.3LeafLecture Code: 5.4 Inflorescence Lecture Code: 5.5Flower


29-Jul-20 Wednesday Revision Day

27-Jul-20 Monday

28-Jul-20 Tuesday





subject)1 hr



subject)3 hr



Chemistry 5. States of Matter 6. Thermodynamics

Lecture Code: 5.5Compressibility factor and liquid stateLecture Code: 6.1Important thermodynamic termsLecture Code: 6.2Heat work and internal energy


Zoology

7. Locomotion and Movement8. Neural control and coordination

Lecture Code: 7.1Introduction to Locomotion & MovementLecture Code: 7.2Mechanism of Muscle contraction & its typesLecture Code: 7.3 Human Skeletal system Lecture Code: 8.1 Neural System


Chemistry 5.States of Matter 6.Thermodynamics

Lecture Code: 5.5Compressibility factor and liquid stateLecture Code: 6.1Important thermodynamic termsLecture Code: 6.2Heat work and internal energy


Zoology

7. Locomotion and Movement8. Neural control and coordination

Lecture Code: 7.1Introduction to Locomotion & MovementLecture Code: 7.2Mechanism of Muscle contraction & its typesLecture Code: 7.3 Human Skeletal system Lecture Code: 8.1 Neural System


1-Aug-20 Saturday

2-Aug-20 Sunday

30-Jul-20 Thursday

31-Jul-20 Friday

Revision Day





subject)1 hr



subject)3 hr



Physics 6. Work, Energy & Power

Lecture Code: 6.1Introduction to workLecture Code: 6.2Work done by variable forces and kinetic frictionLecture Code: 6.3Introduction to EnergyLecture Code: 6.4 Potential energy and Work energy theorem Lecture Code: 6.5 Energy Conservation and Power


Botany

5. Morphology in flowering plants6. Anatomy in flowering plants

Lecture Code: 5.6Male and female reproductive part, placentationLecture Code: 5.7FruitsLecture Code: 5.8SeedsLecture Code: 6.1Tissues


Physics 6. Work, Energy & Power

Lecture Code: 6.1Introduction to workLecture Code: 6.2Work done by variable forces and kinetic frictionLecture Code: 6.3Introduction to EnergyLecture Code: 6.4 Potential energy and Work energy theorem Lecture Code: 6.5 Energy Conservation and Power


Botany

5. Morphology in flowering plants 6. Anatomy in flowering plants

Lecture Code: 5.6Male and female reproductive part, placentationLecture Code: 5.7FruitsLecture Code: 5.8SeedsLecture Code: 6.1Tissues


3-Aug-20 Monday

4-Aug-20 Tuesday





subject)1 hr



subject)3 hr



5-Aug-20 Wednesday

Chemistry 6. Thermodynamics

Lecture Code: 6.3 Internal energy change and enthalpy changeLecture Code: 6.4Thermodynamic reaction and heat capacityLecture Code: 6.5Enthalpy change of a reaction and hess law


Zoology 8. Neural control and coordination

Lecture Code: 8.2Central Nervous System I Lecture Code: 8.3 Central Nervous System IILecture Code: 8.4Sensory reception and processing



Lecture Code: 6.3 Internal energy change and enthalpy changeLecture Code: 6.4Thermodynamic reaction and heat capacityLecture Code: 6.5Enthalpy change of a reaction and hess law



Lecture Code: 8.2Central Nervous System I Lecture Code: 8.3 Central Nervous System IILecture Code: 8.4Sensory reception and processing


8-Aug-20 Saturday

9-Aug-20 Sunday

7-Aug-20 Friday

Revision Day

Fortnightly Test-04

6-Aug-20 Thursday





subject)1 hr



subject)3 hr



Physics6. Work, Energy & Power7. System of Particles & Rotational Motion

Lecture Code: 6.6Motion in a Vertical CircleLecture Code: 6.7Collision (1-Dimensional)Lecture Code: 6.8Collision (2-Dimensional)Lecture Code: 7.1Introduction to Rotational MechanicsLecture Code: 7.2Motion of centre of mass


Botany 6. Anatomy in flowering plants

Lecture Code: 6.2Permanent tissueLecture Code: 6.3Complex X, Permanent tissueLecture Code: 6.4Tissue system & AnatomyLecture Code: 6.5Secondary growth in dicot stem


Physics6. Work, Energy & Power7. System of Particles & Rotational Motion

Lecture Code: 6.6Motion in a Vertical CircleLecture Code: 6.7Collision (1-Dimensional)Lecture Code: 6.8Collision (2-Dimensional)Lecture Code: 7.1Introduction to Rotational MechanicsLecture Code: 7.2Motion of centre of mass


Botany 6. Anatomy in flowering plants

Lecture Code: 6.2Permanent tissueLecture Code: 6.3Complex X, Permanent tissueLecture Code: 6.4Tissue system & AnatomyLecture Code: 6.5Secondary growth in dicot stem


12-Aug-20 Wednesday Revision Day

10-Aug-20 Monday

11-Aug-20 Tuesday





subject)1 hr



subject)3 hr




Lecture Code: 6.6Enthalpy Change of Different Type of ReactionsLecture Code: 6.7Spontaneity, Entropy and Gibb's EnergyLecture Code: 6.8Spontaneity, Entropy and Gibb's Free Energy Continued



Lecture Code: 8.5 Mechanism of image formationLecture Code: 8.6Hearing, gustation and olfaction



Lecture Code: 6.6Enthalpy Change of Different Type of ReactionsLecture Code: 6.7Spontaneity, Entropy and Gibb's EnergyLecture Code: 6.8Spontaneity, Entropy and Gibb's Free Energy Continued



Lecture Code: 8.5 Mechanism of image formationLecture Code: 8.6Hearing, gustation and olfaction


15-Aug-20 Saturday

16-Aug-20 Sunday

13-Aug-20 Thursday

14-Aug-20 Friday

Revision Day





subject)1 hr



subject)3 hr



Physics 7. System of Particles & Rotational Motion

Lecture Code: 7.3Cross Product and Rotation variablesLecture Code: 7.4Relation between Linear & rotational variablesLecture Code 7.5Angular momentum & Principle of momentsLecture Code 7.6Moment of Inertia-ILecture Code 7.7Moment of Inertia-II


Botany 7. Plant kingdom

Lecture Code: 7.1Plant kingdom introductionLecture Code: 7.2Algae


Physics 7. System of Particles & Rotational Motion

Lecture Code: 7.3Cross Product and Rotation variablesLecture Code: 7.4Relation between Linear & rotational variablesLecture Code 7.5Angular momentum & Principle of momentsLecture Code 7.6Moment of Inertia-ILecture Code 7.7Moment of Inertia-II



Lecture Code: 7.1Plant kingdom introductionLecture Code: 7.2Algae


19-Aug-20 Wednesday

17-Aug-20 Monday

18-Aug-20 Tuesday

Fortnightly Test-05





subject)1 hr



subject)3 hr



Chemistry 7. Equilibrium

Lecture Code: 7.1 Physical EquilibriumLecture Code: 7.2 Equilibrium ConstantLecture Code: 7.3Significance of equilibrium constant


Zoology 9. Chemical Coordination and integration

Lecture Code: 9.1Endocrine Glands (I) and HormonesLecture Code: 9.2 Endocrine Glands (II) and Mechanism of Hormone Action



Lecture Code: 7.1 Physical EquilibriumLecture Code: 7.2 Equilibrium ConstantLecture Code: 7.3Significance of equilibrium constant


Zoology 9. Chemical Coordination and integration

Lecture Code: 9.1Endocrine Glands (I) and HormonesLecture Code: 9.2 Endocrine Glands (II) and Mechanism of Hormone Action


22-Aug-20 Saturday

23-Aug-20 Sunday

21-Aug-20 Friday

Revision Day

20-Aug-20 Thursday





subject)1 hr



subject)3 hr



Physics 7. System of Particles & Rotational Motion8. Gravitationon

Lecture Code: 7.8Dynamics of rotational motion about fixed axisLecture Code: 7.9Combined translational & rotational motionLecture Code 7.10Rolling motionLecture Code 8.1Kepler's law and principle of superpositionLecture Code 8.2Accetoration due to gravity



Lecture Code: 7.3Algae(1)Lecture Code: 7.4BryophytesLecture Code: 7.5Bryophytes(1)


Physics 7. System of Particles & Rotational Motion8. Gravitationon

Lecture Code: 7.8Dynamics of rotational motion about fixed axisLecture Code: 7.9Combined translational & rotational motionLecture Code 7.10Rolling motionLecture Code 8.1Kepler's law and principle of superpositionLecture Code 8.2Accetoration due to gravity



Lecture Code: 7.3Algae(1)Lecture Code: 7.4BryophytesLecture Code: 7.5Bryophytes(1)


26-Aug-20 Wednesday Revision Day

24-Aug-20 Monday

25-Aug-20 Tuesday





subject)1 hr



subject)3 hr




Lecture Code: 7.4 Acids and basesLecture Code: 7.5 Dissociation of weak acids, weak bases and water


Zoology 10. Animal Kingdom (non-chordates)

Lecture Code: 10.1Kingdom Animalia- Basis of classificationLecture Code: 10.2 Phylum Porifera



Lecture Code: 7.4 Acids and basesLecture Code: 7.5 Dissociation of weak acids, weak bases and water



Lecture Code: 10.1Kingdom Animalia- Basis of classificationLecture Code: 10.2 Phylum Porifera


29-Aug-20 Saturday

30-Aug-20 Sunday

Physics 8. Gravitation9. Mechanical Properties of Solids

Lecture Code: 8.3Gravitational field Intensity and Gravitational potential EnergyLecture Code: 8.4Gravitational potential & satellitesLecture Code 8.5Miscellaneous TopicsLecture Code 9.1Introduction to elastisity and its parametersLecture Code 9.2Elastic Potential energy and Poisson's Ratio



Lecture Code: 7.6PteridophytesLecture Code: 7.7Pteridophytes(1)


31-Aug-20 Monday

27-Aug-20 Thursday

28-Aug-20 Friday

Revision Day





subject)1 hr



subject)3 hr



Physics 8. Gravitation9. Mechanical Properties of Solids

Lecture Code: 8.3Gravitational field Intensity and Gravitational potential EnergyLecture Code: 8.4Gravitational potential & satellitesLecture Code 8.5Miscellaneous TopicsLecture Code 9.1Introduction to elastisity and its parametersLecture Code 9.2Elastic Potential energy and Poisson's Ratio



Lecture Code: 7.6PteridophytesLecture Code: 7.7Pteridophytes(1)


2-Sep-20 Wednesday


Lecture Code: 7.6Hydrolysis of salt and buffer solutionLecture Code: 7.7 Solubility and solubility product



Lecture Code: 10.3Phylum Cnidaria Lecture Code: 10.4 Phylum Ctenophora andPhylum Platyhelminthes



Lecture Code: 7.6Hydrolysis of salt and buffer solutionLecture Code: 7.7 Solubility and solubility product



Lecture Code: 10.3Phylum Cnidaria Lecture Code: 10.4 Phylum Ctenophora andPhylum Platyhelminthes


5-Sep-20 Saturday

6-Sep-20 Sunday

4-Sep-20 Friday

Revision Day

1-Sep-20 Tuesday

Revision Day

3-Sep-20 Thursday




subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


Monday Physics10. Mechanical Properties of

Fluids

Lecture Code: 10.1

Introduction to fluid mechanics

Lecture Code: 10.2

Archimedes principle and its application

Lecture Code 10.3

Liquids in non-inertial frame

Lecture Code 10.4

Bernoulli's theorem



Lecture Code: 7.8 Pteridophytes(2)

Lecture Code: 7.9

Gymnosperm


Physics10. Mechanical Properties of

Fluids

Lecture Code: 10.1

Introduction to fluid mechanics

Lecture Code: 10.2

Archimedes principle and its application

Lecture Code 10.3

Liquids in non-inertial frame

Lecture Code 10.4

Bernoulli's theorem



Lecture Code: 7.8 Pteridophytes(2)

Lecture Code: 7.9

Gymnosperm


9-Sep-20 Wednesday Fortnightly Test-06



7-Sep-20

8-Sep-20 Tuesday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry 8. Redox reactions

Lecture Code: 8.1

Oxidation and Reduction

Lecture Code: 8.2

Types of Redox reactions & balancing of redox

reactions

Lecture Code: 8.3

Standard reduction potential & Electrochemical

series


Zoology10. Animal Kingdom (non-

chordates)

Lecture Code: 10.5

Phylum Aschelminthes

Lecture Code: 10.6

Phylum Annelida


Chemistry 8. Redox reactions

Lecture Code: 8.1

Oxidation and Reduction

Lecture Code: 8.2

Types of Redox reactions & balancing of redox

reactions

Lecture Code: 8.3

Standard reduction potential & Electrochemical

series


Zoology10.Animal Kingdom (non-

chordates)

Lecture Code: 10.5

Phylum Aschelminthes

Lecture Code: 10.6

Phylum Annelida


12-09-20 Saturday

13-09-20 Sunday

10-Sep-20 Thursday

11-09-20 Friday

Revision Day



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)





Fluids

Lecture Code: 10.5

Flow of Liquids

Lecture Code: 10.6

Surface tension & Excess pressure

Lecture Code 10.7

Capillary action & application


Botany7. Plant kingdom

8. Transport in plants

Lecture Code: 7.10

Angiosperm

Lecture Code: 8.1

Means of Transport



Fluids

Lecture Code: 10.5

Flow of Liquids

Lecture Code: 10.6

Surface tension & Excess pressure

Lecture Code 10.7

Capillary action & application


Botany7. Plant kingdom


Lecture Code: 7.10

Angiosperm

Lecture Code: 8.1

Means of Transport


16-09-20 Wednesday

Chemistry

Lecture Code: 1.1

Lecture Code: 1.2

Lecture Code: 1.3


Zoology10. Animal Kingdom

(non- chordates)

Lecture Code: 10.7

Phylum Arthropoda

Lecture Code: 10.8

Phylum Mollusca


14-09-20 Monday

15-09-20 Tuesday

Term Exam -02

17-09-20 Thursday

1. Solid State Types of Solids and Unit cells

Different Types of packing

Ionic Solids ,Voids and radius ratio



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry

Lecture Code: 1.1

Lecture Code: 1.2

Lecture Code: 1.3


Zoology10. Animal Kingdom (non-

chordates)

Lecture Code: 10.7

Phylum Arthropoda

Lecture Code: 10.8

Phylum Mollusca


19-09-20 Saturday

20-09-20 Sunday

18-09-20 Friday

Revision Day

1. Solid State Types of Solids and Unit cells

Different Types of Packing

Ionic solids, Voids and radius ratio

Test No. Test Day

Date Physics Chemistry Botany Zoology

Physical World, Units & Measurements,

Motion in a Straight Line: Speed and

Velocity, Complex integration numericals,

Acceleration, Application of Calculus (Part

A & Part B), Kinematics/Equation of

motion,Motion under gravity,Galileo law

of odd numbers,Graphs,Variation of

slope,Graphical analysis of motion(Part I &

II),Acceleration-time graph.

Some Basic Concepts of Chemistry, Structure of

Atom,Classifications of elements and periodicity in

properties

Cell: The Unit of Life, Cell Cycle & Cell Division, The Living

World and Biological Classification : (upto Kingdom system

of classification)

Structural organisation in Animals–Animal

Tissues, Biomolecules , Digestion and

Absorption, Breathing & Exchange of

Gases: Introduction, respiratory gases

Fortnightly Test-04 5th Aug Wednesday

Motion in a Straight Line:

Relative velocity in one dimension.

Motion in a Plane, Laws of Motion

chemical Bonding and Molecular Structure,States of

matter: gases and liquids

Biological Classification : Kingdom Monera- Characters of

monera, Shape of bacteria, Bacterial Life process -

Respiration, Nutrition, Reproduction- Asexual, Sexual

recombination 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, Fungi-general characters,

Reproduction in fungi, Characters of different classes of

fungi - Phycomycetes, Ascomycetes, Basidiomycetes,

Deuteromycetes, Mycorrhiza, Virus , Viroids, Prions and

Lichens, Morphology of Flowering Plants: (upto

Leaf–types: simple and compound leaf).

Breathing and exchange of gases (contd):

process of respiration, mechanism of

regulation and disorders, Body Fluids and

Circulation, Excretory Products and their

Elimination

Term Exam-01

(3 Hr. Exam on NEET

Pattern)

15th July Wednesday

Term Exam-01

(3 Hr. Exam on NEET Pattern : 180 MCQs, 45 MCQs from each Subject - Phy, Chem, Bot, Zoo)

RM -01

July - Sep - 2020

Topic

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

Repeater Medical (Phase-01) : Planner for Fortnightly Test and Term Exam - 2020-2021

RM -01

July - Sep - 2020


Fortnightly Test-05 19th Aug Wednesday

Work,Energy and Power, System of

particles and Rotational motion:

Introduction to Rotational mechanics,

Motion of centre of mass

Thermodynamics

Morphology of Flowering Plants: (from leaf

phyllotaxy to families)

Anatomy of Flowering Plants: (upto simple

permanent tissues)

Locomotion & Movement,

Neural control and Coordination: Human

neural system,Neuron as structural and

functional unit of neural system, Nerve

impulse: generation and its transmission-

Synapse: electrical and

chemical,Neurotransmitters

Fortnightly Test-06 9th Sep Wednesday

System of particles and Rotational

motion:Cross Product and Rotation

variables Relation between Linear &

rotational variables, Angular momentum

& Principle of moments, Moment of

Inertia-I & II,Dynamics of rotational

motion about fixed axis,Combined

translational & Rotational motion,Rolling

motion Gravitation,Mechanical

properties of solids.

Equilibrium

Anatomy of Flowering Plants: (from complex

permanent tissues to secondary growth)

Plant Kingdom: (upto branches of taxonomy)

Neural Control & Coordination(contd.):

Structure and function of different parts of

brain-, Spinal cord: structure and function,

Reflex action,reflex arc, types of reflexes &

their examples. Peripheral nervous system,

Autonomic nervous system- sympathetic

and parasympathetic nervous system and

their functions., Sensory perception and

processing: Different types of receptors in

skin, Nose, Tongue: Human eye:

Detailed internal & external structure, extra

occular eye muscle and their nerve supply.

Mechanism of vision, accommodation,

protective structures of eye, eyebrows,

eyelids., Defects of eyes, Ear: Detailed

internal & external structure and

diseases of ear.

Repeater Medical (Phase-01) : Planner for Fortnightly Test and Term Exam- 2020-2021

RM -01

July - Sep - 2020


Physical World, Units & Measurements,

Motion in a Straight Line: Speed and

Velocity, Complex integration numericals,

Acceleration, Application of Calculus (Part

A & Part B), Kinematics/Equation of

motion,Motion under gravity,Galileo law

of odd numbers,Graphs,Variation of

slope,Graphical analysis of motion(Part I &

II),Acceleration-time graph.

[For 9 Questions out of 45]


Relative velocity in one dimension.

Motion in a Plane, Laws of Motion,Work

energy and Power,System of particles

and Rotational

motion,Gravitation,Mechanical

properties of solids.


Some Basic Concepts of Chemistry, Structure of

Atom,Classification of elements and periodicity in

properties


Chemical Bonding and Molecular

Cell: The Unit of Life, Cell Cycle & Cell Division, The Living

world and Biological classification (Upto Kingdom System

of classification)


Biological Classification: Kingdom Monera- Characters of

monera, Shape of bacteria, Bacterial Life process -

Respiration, Nutrition, Reproduction- Asexual, Sexual

recombination 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, Fungi-general characters,

Reproduction in fungi, Characters of different classes of

fungi - Phycomycetes, Ascomycetes, Basidiomycetes, Salient

features of Agaricus, Deuteromycetes, Mycorrhiza, Virus ,

Viroids, Prions and Lichens, Morphology of Flowering

Plants, Anatomy of Flowering Plants, Plant Kingdom ( Upto

Branches of taxonomy)


Structural organisation in Animals–Animal

Tissues, Biomolecules , Digestion and

Absorption, Breathing & Exchange of

Gases: Introduction, respiratory gases


Breathing & Exchange of Gases (contd),

Body Fluids & Circulation, Excretory

Products and their Elimination, Locomotion

& Movement, Neural control and

coordination

[For 36 Questions out of 45]Term Exam-02

(3 Hr. Exam on NEET

Pattern)

16th Sep Wednesday

Term Exam-02


Repeater Medical (Phase-01) : Planner for Fortnightly Test and Term Exam - 2020-2021

Structure, States of Matter:Gases and Liquids Thermodynamics,Equilibrium [For 36 Questions out of 45]

Weekly Study Planner


21st Sept. - 27th Sept., 2020

Chapter 12: Thermodynamics Chapter 2: Solutions

2.4 Colligative Properties

2.5 Van't Hoff's Factor and Abnormal Molecular

Masses

Chapter 8: Transport in Plants

8.5 Transpiration

8.6 Uptake, Transport and Translocation

of Mineral Ions and Phloem Transport

Chapter 11: Animal Kingdom(Chordates)

11.1 Phylum Chordata

11.2 Phylum Vertebrata - I

12.1 Zeroth & First Law of Thermodynamics

12.2 Thermodynamic Processes

12.3 Thermodynamic Processes(Contd.)

12.4 Heat Engine, Refrigerator and Second

Law of Thermodynamics

Physics Chemistry ZoologyBotany


Chapter 11: Thermal Properties of Matter

11.1 Thermal Expansion

11.2 Heat Capacity of a Body

11.3 Phase Change & Modes of Heat

Transfer

11.4 Convection and Radiation

11.5 Newton's Law of Cooling

Chapter 1: Solid State Chapter 8: Transport in Plants Chapter 10: Animal Kingdom(Non-chordates)

1.4 Coordination Number and Density

1.5 Defects and Properties

8.2 Plant Water Relation

8.3 Plant Water Relation and Long

Distance Transport of Water

8.4 Mechanism of Water Absorption

10.9 Phylum Echinodermata and

Phylum Hemichordata

28th Sept. - 4th Oct., 2020

Chapter 2: Solutions

2.1 Types of Solutions and Henry's Law

2.2 Raoult's Law

2.3 Colligative Properties

Chapter 3: Electrochemistry

3.1 Electrolytic Conductance

3.2 Electrolysis & Faraday's Laws

3.3 Electrochemical Series

Chapter 9: Mineral Nutrition

9.1 Introduction and Role of Macro

Elements

9.2 Role of Mineral Elements



5th Oct. - 11th Oct., 2020

Chapter 15: Waves Chapter 4: Chemical Kinetics

4.4 Order of Reaction

4.5 Effect of Temperature on Rate of Reaction

Chapter 10: Photosynthesis in Higher Plant

10.4 Photorespiration

10.5 Factors Affecting Photosynthesis

Chapter 11: Animal Kingdom(Chordates)

11.5 Phylum Vertebrata - IV

11.6 Phylum Vertebrata - V

15.1 Introduction to Plane Progressive Harmonic Wave

15.2 Particle Velocity, Energy and Intensity of Wave

15.3 Longitudinal Wave

15.4 Reflection and Transmission of Waves, Stationary

Wave

15.5 Normal Modes of Vibration in Organ Pipe, Beats

15.6 Doppler's Effect



Chapter 13: Kinetic Theory of Gases

13.1 Kinetic Theory of Gas

13.2 Law of Equipartition of Energy and Specific

Heat of Gas

Chapter 3: Electrochemistry Chapter 9: Mineral Nutrition Chapter 11: Animal Kingdom(Chordates)

3.4 Nernst Equation and Its Applications

3.5 Cells, Batteries and Composition

9.3 Metabolism of Nitrogen 11.3 Phylum Vertebrata II

11.4 Phylum Vertebrata III

12th Oct. - 18th Oct., 2020

Chapter 4: Chemical Kinetics

4.1 Rate of Reaction

4.2 Factors Affecting Rate of Reaction

4.3 Order of Reaction

Chapter 5: Surface Chemistry

5.1 Surface Phenomenon, Adsorption and Absorption

5.2 Effect of Temperature and Catalyst on Adsorption

5.3 Colloids

5.4 Properties and Application of Colloidal Solution

Chapter 11: Respiration in Plants

11.1 Introduction, Glycolysis

11.2 Aerobic Respiration-Kreb's Cycle,

Electron Transport System

Chapter 14: Oscillations14.1 Simple Harmonic Motion

14.2 Relation Between Displacement, Velocity &

Acceleration of Particle in SHM

14.3 Energy in S.H.M

14.4 Oscillation of Spring-block(Non-ideal) System

and Simple Pendulum

14.5 Damped & Forced Oscillations

Chapter 10: Photosynthesis in Higher Plant10.1 Introduction, Contributions of Some

Scientists, Photosynthetic Pigments

10.2 Mechanism of Photosynthesis

10.3 Mechanism of Photosynthesis(1)



19th Oct. - 25th Oct., 2020

Chapter 1: Electric Charges & Field Chapter 12: Organic Chemistry : Some Basic Principles & Techniques

12.5 Types of Reaction Intermediates

12.6 Questions based on Relative Intermediate,

Isomerism and Fission of Bond

12.7 Types of Organic Reactions and

Mechanisms(Part-I)

12.8 Types of Organic Reactions and

Mechanisms(Part-II)

Chapter 1: Reproduction in Organisms

1.1 Introduction

1.2 Asexual Reproduction

1.3 Asexual Reproduction(1)

1.4 Sexual Reproduction

Chapter 12: Structural Organisation in Animals(Animal Morphology)

12.3 Animal Morphology-III(Cockroach)

12.4 Animal Morphology-IV

1.7 Electric Dipole

1.8 Torque, Force Acting an Electric Dipole and P.E. associated

with Dipole

1.9 Dipole Oscillation and Motion of Charge Particle in Electric Field

1.10 Electric Field Due to Continuous Charge Distribution(I)

1.11 Electric Field Due to Continuous Charge Distribution(II)

1.12 Numerical Problems Based on Continuous Charge Distribution



Chapter 1: Electric Charges & Field

1.1 Electric Charges & Properties of

Charges

1.2 Coulomb's Law and Its Properties

1.3 Applications & Vector Form of

Coulomb's Law

1.4 Superposition Principle

1.5 Electric Field

1.6 Numerical Problems on Electric Field

Chapter 12: Organic Chemistry : Some Basic Principles & Techniques

Chapter 12: Plant Growth & Development Chapter 12: Structural Organisation in Animals(Animal Morphology)

12.1 Classification of Organic Compound

and Nomenclature of Hydrocarbon

12.2 IUPAC Nomenclature of Organic

Compounds

12.3 Isomerism in Organic Compound

12.4 Fundamental Concept in Organic

Reaction Mechanism-Electronic

Displacement

12.1 Introduction, Phases of Growth,

Growth Rates, Development

12.2 Classification of Phytohormones

12.3 Seed Dormancy, Seed Germination,

Photoperiodism

12.1 Animal Morphology-I

12.2 Animal Morphology-II

26th Oct. - 1st Nov., 2020



2nd Nov. - 8th Nov., 2020

Chapter 2: Electrostatic Potential and Capacitance Chapter 13: Hydrocarbons

13.2 Alkenes

13.3 Preparation & Chemical Properties

of Alkenes

13.4 Alkyne

13.5 Benzene

2.4 Pre-fertilization Structure and Events(2)

2.5 Pre-fertilization Structure and Events(3),

Pollen-pistil Interaction

2.6 Fertilization, Post-fertilization Events

2.7 Post-fertilization Events(1)

2.8 Post-fertilization Events(2)

Chapter 2: Human Reproduction

2.2 Human Reproductive System - II

2.3 Gametogenesis

2.4 Types of Eggs and Fertilization

2.3 Electrostatic Potential Due to Continuous Charge

Distribution System and Self energy

2.4 Equipotential Surface

2.5 Various Charged System in an External Electric Field and

Electrostatics of Conductor

2.6 Electrostatic Shielding, Earthing and Dielectrics

2.7 Introduction to Capacitance

2.8 Energy Stored in Capacitor and Series-Parallel Combination



Chapter 1: Electric Charges & Field

1.13 Electric Field Lines

1.14 Area Vector and Introduction to

Electric Flux

1.15 Electric Flux and Gauss's Law

1.16 Gauss's Law and Its Applications

Chapter 12: Organic Chemistry : Some Basic Principles & Techniques

Chapter 2: Sexual Reproduction in Flowering Plants

Chapter 1: Reproduction in Organisms


12.9 Methods of Purification of Organic

Compounds

12.10 Qualitative and Quantitative

Analysis of Organic Compounds

2.1 Introduction and Microsporogenesis

2.2 Pre-fertilization Strucure and Events

2.3 Pre-fertilization Strucure and Events(I)

1.1 Reproduction- Asexual and Sexual

9th Nov. - 15th Nov., 2020

Chapter 2: Electrostatic Potential and Capacitance

2.1 Electrostatic Potential Energy

2.2 Electrostatic Potential Due to Point

Charges and Short Dipole

2.1 Human Reproductive System - I

Chapter 2: Sexual Reproduction in Flowering Plants

13.1 Alkanes

Chapter 13: Hydrocarbons



16th Nov. - 22nd Nov., 2020

Chapter 3: Current Electricity Chapter 10: Haloalkane and Haloarenes

10.4 Optical Isomerism

10.5 Optical Isomerism(Contd.) and

Stereochemistry

10.6 Elimination Reaction

10.7 Chemical Properties

3.5 Gene interactions

3.6 Non-mendelian Inheritance and

Chromosomal Theory of Inheritance

3.7 Exception to Law of Independent Assortment

3.8 Sex Determination

3.9 Mutations


2.6 Gastrulation, Placentation,

Parturition and Lactation

3.4 Cell, EMF and Internal Resistance

3.5 Application of Kirchhoff's Law

3.6 Wheatstone Bridge, Infinite Ladder & Symmetry Problems

3.7 Meter Bridge & Potentiometer

3.8 Previous Year Questions



Chapter 10: Haloalkane and Haloarenes Chapter 3: Principles of Inheritance and Variation


10.1 Classification, Nomenclature and

Preparation

10.2 Preparation of Haloalkanes

10.3 Preparation of Haloarenes and

Properties of Haloalkanes and Haloarenes

3.1 Introduction

3.2 Inheritance of One Gene

3.3 Exceptions to Mendelian Principles

3.4 Exceptions to Mendelian Principles(1)

2.5 Embryonic Development and

Implantation

23rd Nov. - 29th Nov., 2020

Chapter 3: Principles of Inheritance and Variation

Chapter 4: Moving Charges and Magnetism4.1 Introduction to Magnetic Field and Biot-savart Law

Chapter 2: Electrostatic Potential and Capacitance

2.9 Various Combinations of Capacitor

2.10 Dielectric and Common Potentials

2.11 Van de graaff Generator and Previous Year Questions

Chapter 3: Current Electricity 3.1 Introduction to Current & Resistance

3.2 Drift Velocity and Origin of Resistivity

3.3 Electrical Energy and Power

Chapter 3: Reproductive Health

3.1 Problems and Strategies &

Population Explosion



30th Nov. - 6th Dec., 2020

Chapter 5: Magnetism and Matter Chapter 12: Aldehydes, Ketones and Carboxylic Acids

12.1 Introduction and Preparation of Aldehydes

and Ketones

12.2 Preparation & Physical Properties of

Aldehydes and Ketones

12.3 Chemical Properties of Aldehydes and

Ketones

12.4 Chemical Properties(Reduction and

oxidation reaction)

4.3 DNA Replication

4.4 Gene and Transcription

4.5 Transcription Contd.

Chapter 4: Evolution

4.2 Evidences of Evolution-A

4.3 Evidences of Evolution-B

5.1 Introduction to Magnetism and Magnet

5.2 Potential Energy of Bar Magnet & Earth's Magnetism

5.3 Neutral Points and Tangent Law

5.4 Magnetisation & Materials



Chapter 11: Alcohols, Phenols and EtherChapter 3: Principles of Inheritance and Variation Chapter 3: Reproductive Health

11.1 Classification, Nomenclature of Alcohols and

Phenols & Preparation of Alcohols

11.2 Preparation of Phenols & Physical Properties

of Alcohols and Phenols

11.3 Chemical Properties of Alcohols and Phenols

11.4 Reaction of Phenol

11.5 Ether

3.10 Sex Linked Inheritance and Pedigree Analysis3.11 Genetic, Mendelian and Chromosomal Disorders

3.2 MTP, STIs and ART

7th Dec. - 13th Dec., 2020

Chapter 4: Molecular Basis of Inheritance

Chapter 6: Electromagnetic Induction6.1 Introduction to Electromagnetic Induction

6.2 Motional Electromotive Force

Chapter 4: Moving Charges and Magnetism

4.2 Magnetic Field Due to Current Carrying

Configurations

4.3 Solenoid, Toroid, Force on a Charge moving

through Magnetic Field

4.4 Lorentz Force

4.5 Force Experienced by a Conductor Placed

in Magnetic Field

4.6 Magnetic Dipole and Torque, Galvanometer

Conversion into Ammeter and Voltmeter


4.1 Evolution-Origin of Life

4.1 Introduction, DNA Structure4.2 DNA Packaging, Search for Genetic Material

Chapter 4: Molecular Basis of Inheritance



14th Dec. - 20th Dec., 2020

Chapter 8: Electromagnetic Waves Chapter 13: Amines

13.3 Chemical Reaction of Amines

13.4 Preparation of Aromatic Amine(Aniline) 5.1 Introduction, Hybridisation

5.2 Green Revolution and Plant Breeding


4.6 Brief Account of Evolution and Human

Evolution

8.1 Introduction to Electromagnetic Waves

8.2 Electromagnetics Spectrum



Chapter 12: Aldehydes, Ketones and Carboxylic Acids


12.5 Chemical Properties(Due to acidic a-

hydrogens)

12.6 Carboxylic Acid

Chapter 4: Molecular Basis of Inheritance 4.6 Genetic Code

4.7 t-RNA, Translation

4.8 Regulation of Gene Expression

4.9 Human Genome Project

4.4 Theories of Evolution - I

4.5 Theories of Evolution - II

21st Dec. - 27th Dec., 2020

Chapter 5: Strategies for Enhancement in Food Production

Chapter 9: Ray Optics9.1 Introduction to Ray Optics

9.2 Spherical Mirrors

9.3 Spherical Mirror Ray Diagram

9.4 Refraction

Chapter 6: Electromagnetic Induction

6.3 Eddy Currents, Inductance and Combination

of Inductors

6.4 Series LR Circuit and Devices

Chapter 7: Alternating Current7.1 Introduction, Average & RMS Value of AC

7.2 AC Voltage Applied Across Inductor,

Capacitor & Their Combination

7.3 Series LCR Circuit, Resonance

7.4 LC Oscillations & Transformer

13.1 Introduction and Methods of Preparation

13.2 Physical and Chemical Properties

Chapter 13: Amines

Chapter 9: Coordination Compound

9.1 Werner's Theory and Terminology

9.2 Nomenclature

Chapter 5: Human Health and Disease

5.1 Health and Diseases

5.2 Common Human Diseases



28th Dec. 2020 - 3rd Jan., 2021

Chapter 9: Ray OpticsChapter 8: The d & f Block Elements

8.1 The General Characteristics of d-Block Elements

and Their Variation in Periodic Table

8.2 The General Characteristics of d-Block Elements

and Their Variation in Periodic Table(Contd.)

8.3 Some Important Compounds of Transition

Elements and Inner Transition Elements

6.2 Microbes in Sewage Treatment

6.3 Microbes in Biogas Production

Chapter 5: Human Health and Disease

5.5 Immune Disorders

5.6 Drug and Alcohol: Use, Abuse and

Hazards

9.11 Rainbow Formation

9.12 Numericals



Chapter 9: Coordination CompoundChapter 5: Strategies for Enhancement in Food Production Chapter 5: Human Health and Disease

9.3 Isomerism

9.4 Valence Bond Theory

9.5 Crystal Field Theory and Jahn-Teller Effect

9.6 Stability of Coordination Compounds

and Organometallic Compounds

5.3 Tissue Culture 5.3 Immunity and Its Types-I

5.4 Immunity and Its Types II

4th Jan. - 10th Jan., 2021

Chapter 6: Microbes in Human Welfare

Chapter 9: Ray Optics

9.5 Apparent Depth/Height of Object

9.6 TIR & Refraction at Spherical Surfaces

9.7 Lens Maker's Formula

9.8 Image Formation by Lenses

9.9 Power of Lens & Defects in Images

9.10 Refraction through Prism & Dispersion

Chapter 6: Microbes in Human Welfare

6.1 Introduction and Uses

10.1 Introduction & Huygens Principle

10.2 Doppler's Effect & Interference

10.3 Young's Double Slit Experiment

Chapter 10: Wave Optics



11th Jan. - 17th Jan., 2021

Chapter 11: Dual Nature of Radiation and Matter Chapter 11: The p-Block Elements

11.1 Group 13 Elements(The Boron Family)

11.2 Group 14 Elements(The Carbon Family)7.3 Adaptations

7.4 Population Attributes

Chapter 7: Biotechnology: Principles and Processes

7.1 Principles of Biotechnology11.1 Photoelectric Effect

11.2 Photon Picture of Light

11.3 Wave Nature of Electron and Matter



Chapter 10: The s-Block Elements

10.1 Alkali Metals

10.2 Compounds of Alkali Metals & General

Properties of Alkaline Earth Metals

10.3 Compounds of Alkaline Earth Metals

18th Jan. - 24th Jan., 2021

Chapter 7: Organisms and Populations

Chapter 10: Wave Optics

10.4 Various Cases of Interference of Light

10.5 Diffraction

10.6 Resolving Power & Polarisation

Chapter 7: Organisms and Populations Chapter 6: Strategies for Enhancement in Food Production(Animal Husbandry)

7.1 Introduction, Levels of Organisation,

Biome

7.2 Abiotic Factors

6.1 Animal Husbandry I

6.2 Animal Husbandry II

7.1 Group 15 Elements and Their Compounds

7.2 Important Compounds of Group 15 Elements and

Their Properties

7.3 Phosphorus and Its Compounds & Group 16 Elements

7.4 Group 16 Elements(Contd.) & Compounds of Group

16 Elements

Chapter 7: The p-Block Elements



25th Jan. - 31st Jan., 2021

Chapter 13: NucleiChapter 6: General Principles and Processes of Isolation of Elements

6.1 Concentration of Ore and Their

Conversion to Oxide

6.2 Importance of Ellingham Diagram and

Extraction of Metals

8.3 Nutrient Cycle and Succession

Chapter 8: Biotechnology and Its Applications

8.1 Biotechnology Applications in

Agriculture

13.1 Composition of Nucleus and Its Stability

13.2 Radioactivity

13.3 Nuclear Reactions



Chapter 7: The p-Block Elements

7.5 Compounds of Sulphur

7.6 Group 17 Elements and Their Compounds

7.7 Chlorine and Group 18 Elements

1st Feb. - 7th Feb., 2021

Chapter 8: Ecosystem

Chapter 12: Atoms

12.1 Rutherford's Nuclear Model of Atom

12.2 Bohr Model of the Hydrogen Atom

12.3 Line Spectra of the Hydrogen Atom

12.4 Spectrum of X-rays & Laser

Chapter 7: Organisms and Populations Chapter 7: Biotechnology: Principles and Processes

7.5 Population Interactions7.2 Processes of Biotechnology

14.1 Biomolecules

Chapter 14: Biomolecules

8.1 Introduction

8.2 Energy Flow

Chapter 8: Ecosystem

Chapter 9: Hydrogen

9.1 Hydrogen Its Preparation and Properties

9.2 Water(H O), Heavy Water(D O), Hydrogen 2 2

Peroxide(H O )2 2

Chapter 14: Semiconductor14.1 Introduction to Semiconductors

14.2 P-N Junction Diode and Its Applications

14.3 Opto-Electronic Devices & Transistor Action

9.1 Introduction, Patterns

9.2 Biodiversity Conservation

Chapter 9: Biodiversity and Conservation



8th Feb. - 14th Feb., 2021


Chapter 15: Polymers

15.1 Polymers

Chapter 14: Semiconductor

14.4 Application of Transistor & Digital

Electronics

14.5 Numericals Based on Transistor &

Digital Electronics

Chapter 10: Environmental Issues Chapter 8: Biotechnology and Its Applications

10.1 Introduction, Types of Pollution

10.2 Water Pollution

10.3 Soil Pollution, Radioactive Pollution

8.2 Biotechnology Applications in

Therapeutics

15.1 Introduction to Communication

Systems

15.2 Modulation

Chapter 15: Communication Systems

Chapter 16: Chemistry in Everyday Life

16.1 Chemistry in Everyday Life

Chapter 14: Environmental Chemistry

14.1 Pollution, Causes of Pollution and Green Chemistry

[email protected]

8800012998

digital.aakash.ac.in

Detailed Academic

Planner

(September 2020-February 2021)



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Physics

11. Thermal Properties of Matter

Lecture Code: 11.1

Thermal Expansion

Lecture Code: 11.2

Heat Capacity of a Body

Lecture Code: 11.3

Phase Change & Modes of Heat Transfer

Lecture Code: 11.4

Convection and Radiation

Lecture Code: 11.5

Newton's Law of Cooling


Botany


Lecture Code: 8.2

Plant Water Relation

Lecture Code: 8.3

Plant Water Relation and Long Distance

Transport of Water

Lecture Code: 8.4

Mechanism of Water Absorption


Daily Schedule for Long Term Students: Repeater Course( Phase-01) for NEET 2021

September 2020 - February 2021 - English(New Version)

21-Sep-20 Monday



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Physics

11. Thermal Properties of Matter

Lecture Code: 11.1

Thermal Expansion

Lecture Code: 11.2

Heat Capacity of a Body

Lecture Code: 11.3

Phase Change & Modes of Heat Transfer

Lecture Code: 11.4

Convection and Radiation

Lecture Code: 11.5

Newton's Law of Cooling

Can Revise YES (MUST) YES (MUST) NA

Botany


Lecture Code: 8.2

Plant Water Relation

Lecture Code: 8.3

Plant Water Relation and Long Distance

Transport of Water

Lecture Code: 8.4

Mechanism of Water Absorption


23-Sep-20 Wednesday Fortnightly Test-07

22-Sep-20 Tuesday



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180 (45 from each

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Chemistry1. Solid State

2. Solutions

Lecture Code: 1.4

Coordination Number and Density

Lecture Code: 1.5

Defects and Properties

Lecture Code: 2.1

Types of Solutions and Henry's Law

Lecture Code: 2.2

Raoult's Law

Lecture Code: 2.3

Colligative Properties


Zoology 10. Animal Kingdom (Non-chordates)Lecture Code: 10.9

Phylum Echinodermata and

Phylum Hemichordata


24-Sep-20 Thursday



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subject)3 hr

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Chemistry1. Solid State

2. Solutions

Lecture Code: 1.4

Coordination Number and Density

Lecture Code: 1.5

Defects and Properties

Lecture Code: 2.1

Types of Solutions and Henry's Law

Lecture Code: 2.2

Raoult's Law

Lecture Code: 2.3



Zoology 10. Animal Kingdom (Non-chordates)Lecture Code: 10.9

Phylum Echinodermata and

Phylum Hemichordata


26-Sep-20 Saturday

27-Sep-20 Sunday

25-Sep-20 Friday

Revision Day



subject)1 hr

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180 (45 from each

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subject)3 hr

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Physics

12. Thermodynamics

Lecture Code: 12.1

Zeroth & First Law of Thermodynamics

Lecture Code 12.2

Thermodynamic Processes

Lecture Code: 12.3

Thermodynamic Processes(Contd.)

Lecture Code: 12.4

Heat Engine, Refrigerator and Second



Botany

8. Transport in Plants

9. Mineral Nutrition

Lecture Code: 8.5

Transpiration

Lecture Code: 8.6

Uptake, Transport and Translocation of

Mineral Ions and Phloem Transport

Lecture Code: 9.1

Introduction and Role of Macro Elements

Lecture Code: 9.2

Role of Mineral Elements


28-Sep-20 Monday



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180 (45 from each

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subject)3 hr

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Physics

12. Thermodynamics

Lecture Code: 12.1

Zeroth & First Law of Thermodynamics

Lecture Code 12.2

Thermodynamic Processes

Lecture Code: 12.3

Thermodynamic Processes(Contd.)

Lecture Code: 12.4

Heat Engine, Refrigerator and Second



Botany

8. Transport in Plants


Lecture Code: 8.5

Transpiration

Lecture Code: 8.6

Uptake, Transport and Translocation of

Mineral ions and Phloem Transport

Lecture Code: 9.1

Introduction and Role of Macro Elements

Lecture Code: 9.2

Role of Mineral Elements


30-Sep-20 Wednesday Revision Day

29-Sep-20 Tuesday



subject)1 hr

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subject)3 hr

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180 (45 from each

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subject)3 hr

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Chemistry2. Solutions

3. Electrochemistry

Lecture Code: 2.4


Lecture Code: 2.5

Van't Hoff's Factor and Abnormal

Molecular Masses

Lecture Code: 3.1

Electrolytic Conductance

Lecture Code: 3.2

Electrolysis & Faraday's Laws

Lecture Code: 3.3

Electrochemical Series


Zoology 11. Animal Kingdom(Chordates)

Lecture Code: 11.1

Phylum Chordata

Lecture Code: 11.2

Phylum Vertebrata - I


1-Oct-20 Thursday



subject)1 hr

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subject)3 hr

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Chemistry2. Solutions

3. Electrochemistry

Lecture Code: 2.4


Lecture Code: 2.5

Van't Hoff's Factor and Abnormal

Molecular Masses

Lecture Code: 3.1

Electrolytic Conductance

Lecture Code: 3.2

Electrolysis & Faraday's Laws

Lecture Code: 3.3

Electrochemical Series



Lecture Code: 11.1

Phylum Chordata

Lecture Code: 11.2

Phylum Vertebrata - I


3-Oct-20 Saturday

4-Oct-20 Sunday

2-Oct-20 Friday

Revision Day

AIATS-01(Practice Test-1)



subject)1 hr

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(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

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subject)3 hr

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Physics

13. Kinetic Theory of Gases

14. Oscillations

Lecture Code: 13.1

Kinetic Theory of Gas

Lecture Code: 13.2

Law of Equipartition of Energy and

Specific Heat of Gas

Lecture Code: 14.1

Simple Harmonic Motion

Lecture Code: 14.2

Relation Between Displacement, Velocity

& Acceleration of Particle in SHM

Lecture Code: 14.3

Energy in S.H.M

Lecture Code: 14.4

Oscillation of Spring-block(Non-ideal)

System and Simple Pendulum

Lecture Code: 14.5

Damped & Forced Oscillations


Botany


10. Photosynthesis in Higher Plant

Lecture Code: 9.3

Metabolism of Nitrogen

Lecture Code: 10.1

Introduction, Contributions of Some

Scientists, Photosynthetic Pigments

Lecture Code: 10.2

Mechanism of Photosynthesis

Lecture Code: 10.3

Mechanism of Photosynthesis(1)


5-Oct-20 Monday



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Physics

13. Kinetic Theory of Gases

14. Oscillations

Lecture Code: 13.1

Kinetic Theory of Gas

Lecture Code: 13.2

Law of Equipartition of Energy and

Specific Heat of Gas

Lecture Code: 14.1

Simple Harmonic Motion

Lecture Code: 14.2

Relation Between Displacement, Velocity

& Acceleration of Particle in SHM

Lecture Code: 14.3

Energy in S.H.M

Lecture Code: 14.4

Oscillation of Spring-block(Non-ideal)

System and Simple Pendulum

Lecture Code: 14.5

Damped & Forced Oscillations


Botany


10. Photosynthesis in Higher Plant

Lecture Code: 9.3

Metabolism of Nitrogen

Lecture Code: 10.1

Introduction,contributions of some

scientists,photosynthetic pigments

Lecture Code: 10.2

Mechanism of photosynthesis

Lecture Code: 10.3

Mechanism of photosynthesis.(1)


7-Oct-20 Wednesday

6-Oct-20 Tuesday

Revision Day



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180 (45 from each

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Chemistry 3. Electrochemistry

4. Chemical Kinetics

Lecture Code: 3.4

Nernst Equation and Its Applications

Lecture Code: 3.5

Cells, Batteries and Composition

Lecture Code: 4.1

Rate of Reaction

Lecture Code: 4.2

Factors Affecting Rate of Reaction

Lecture Code: 4.3

Order of Reaction



Lecture Code: 11.3

Phylum Vertebrata II

Lecture Code: 11.4

Phylum Vertebrata III


Chemistry 3. Electrochemistry

4. Chemical Kinetics

Lecture Code: 3.4

Nernst Equation and Its Applications

Lecture Code: 3.5

Cells, Batteries and Composition

Lecture Code: 4.1

Rate of Reaction

Lecture Code: 4.2

Factors Affecting Rate of Reaction

Lecture Code: 4.3

Order of Reaction



Lecture Code: 11.3

Phylum Vertebrata - II

Lecture Code: 11.4

Phylum Vertebrata - III


8-Oct-20 Thursday

9-Oct-20 Friday



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10-Oct-20 Saturday

11-Oct-20 Sunday

Physics

15. Waves

Lecture Code: 15.1

Introduction to Plane Progressive

Harmonic Wave

Lecture Code: 15.2

Particle Velocity, Energy and Intensity of

Wave

Lecture Code: 15.3

Longitudinal Wave

Lecture Code: 15.4

Reflection and Transmission of Waves,

Stationary Wave

Lecture Code: 15.5

Normal Modes of Vibration in Organ

Pipe, Beats

Lecture Code: 15.6

Doppler's Effect


Botany

10. Photosynthesis in Higher Plants

11. Respiration in Plants

Lecture Code: 10.4

Photorespiration

Lecture Code: 10.5

Factors Affecting Photosynthesis

Lecture Code: 11.1

Introduction, Glycolysis

Lecture Code: 11.2

Aerobic Respiration-Kreb's cycle,



Revision Day

AIATS-2 (Practice Test-2)

12-Oct-20 Monday



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Physics

15. Waves

Lecture Code: 15.1

Introduction to Plane Progressive

Harmonic Wave

Lecture Code: 15.2

Particle Velocity, Energy and Intensity of

Wave

Lecture Code: 15.3

Longitudinal Wave

Lecture Code: 15.4

Reflection and Transmission of Waves,

Stationary Wave

Lecture Code: 15.5

Normal Modes of Vibration in Organ

Pipe, Beats

Lecture Code: 15.6

Doppler's Effect


Botany

10. Photosynthesis in Higher Plants

11. Respiration in Plants

Lecture Code: 10.4

Photorespiration

Lecture Code: 10.5

Factors Affecting Photosynthesis

Lecture Code: 11.1

Introduction, Glycolysis

Lecture Code: 11.2

Aerobic Respiration-Kreb's cycle,



14-Oct-20 Wednesday Fortnightly Test-08

13-Oct-20 Tuesday



subject)1 hr

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subject)3 hr

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180 (45 from each

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Chemistry 4. Chemical Kinetics

5. Surface Chemistry

Lecture Code: 4.4

Order of Reaction

Lecture Code: 4.5

Effect of Temperature on Rate of

Reaction

Lecture Code: 5.1

Surface Phenomenon, Adsorption and

Absorption

Lecture Code: 5.2

Effect of Temperature and Catalyst on

Adsorption

Lecture Code: 5.3

Colloids

Lecture Code: 5.4

Properties and Application of Colloidal

Solution



Lecture Code: 11.5

Phylum Vertebrata - IV

Lecture Code: 11.6

Phylum Vertebrata - V


15-Oct-20 Thursday



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Chemistry 4. Chemical Kinetics

5. Surface Chemistry

Lecture Code: 4.4

Order of Reaction

Lecture Code: 4.5

Effect of Temperature on Rate of

Reaction

Lecture Code: 5.1

Surface Phenomenon, Adsorption and

Absorption

Lecture Code: 5.2

Effect of Temperature and Catalyst on

Adsorption

Lecture Code: 5.3

Colloids

Lecture Code: 5.4

Properties and Application of Colloidal

Solution



Lecture Code: 11.5

Phylum Vertebrata IV

Lecture Code: 11.6

Phylum Vertebrata V


17-Oct-20 Saturday

18-Oct-20 Sunday

16-Oct-20 Friday

Revision Day



subject)1 hr

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subject)3 hr

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180 (45 from each

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Physics

1. Electric Charges & Field

Lecture Code: 1.1

Electric Charges & Properties of Charges

Lecture Code: 1.2

Coulomb's Law and Its Properties

Lecture Code: 1.3

Applications & Vector Form of Coulomb's

Law

Lecture Code: 1.4

Superposition Principle

Lecture Code: 1.5

Electric Field

Lecture Code: 1.6

Numerical Problems on Electric Field


Botany

12. Plant Growth & Development

Lecture Code: 12.1

Introduction, Phases of Growth, Growth

Rates, Development

Lecture Code: 12.2

Classification of Phytohormones

Lecture Code: 12.3

Seed Dormancy, Seed Germination,

Photoperiodism


19-Oct-20 Monday



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Physics

1. Electric Charge & Field

Lecture Code: 1.1

Electric Charges & Properties of Charges

Lecture Code: 1.2

Coulomb's Law and Its Properties

Lecture Code: 1.3

Applications & Vector Form of Coulomb's

Law

Lecture Code: 1.4

Superposition Principle

Lecture Code: 1.5

Electric Field

Lecture Code: 1.6

Numerical Problems on Electric Field


Botany

12. Plant Growth & Development

Lecture Code: 12.1

Introduction, Phases of Growth, Growth

Rates, Development

Lecture Code: 12.2

Classification of Phytohormones

Lecture Code: 12.3

Seed Dormancy, Seed Germination,

Photoperiodism


21-Oct-20 Wednesday

20-Oct-20 Tuesday

Revision Day



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry12. Organic Chemistry : Some Basic Principles

& Techniques

Lecture Code: 12.1

Classification of Organic Compound and

Nomenclature of Hydrocarbon

Lecture Code: 12.2

IUPAC Nomenclature of Organic

Compounds

Lecture Code: 12.3

Isomerism in Organic Compound

Lecture Code: 12.4

Fundamental Concept in Organic


Displacement


Zoology12. Structural Organisation in Animals(Animal

Morphology)

Lecture Code: 12.1

Animal Morphology-I

Lecture Code: 12.2

Animal Morphology-II


22-Oct-20 Thursday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)





& Techniques

Lecture Code: 12.1

Classification of Organic Compound and

Nomenclature of Hydrocarbon

Lecture Code: 12.2

IUPAC Nomenclature of Organic

Compounds

Lecture Code: 12.3

Isomerism in Organic Compound

Lecture Code: 12.4

Fundamental Concept in Organic


Displacement



Morphology)

Lecture Code: 12.1

Animal Morphology-I

Lecture Code: 12.2

Animal Morphology-II


24-Oct-20 Saturday

25-Oct-20 Sunday

23-Oct-20 Friday

Revision Day



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics

1. Electric Charges & Field

Lecture Code: 1.7

Electric Dipole

Lecture Code: 1.8

Torque, Force Acting an Electric Dipole

and P.E. associated with Dipole

Lecture Code: 1.9

Dipole Oscillation and Motion of Charge

Particle in Electric Field

Lecture Code: 1.10

Electric Field Due to Continuous Charge

Distribution(I)

Lecture Code: 1.11


Distribution(II)

Lecture Code: 1.12

Numerical Problems Based on

Continuous Charge Distribution


Botany

1. Reproduction in Organisms

Lecture Code: 1.1

Introduction

Lecture Code: 1.2

Asexual Reproduction

Lecture Code: 1.3

Asexual Reproduction(1)

Lecture Code: 1.4

Sexual Reproduction


26-Oct-20 Monday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics

1.Electric Charge & Field

Lecture Code: 1.7

Electric Dipole

Lecture Code: 1.8

Torque, Force Acting an Electric Dipole

and P.E. associated with Dipole

Lecture Code: 1.9

Dipole Oscillation and Motion of Charge

Particle in Electric Field

Lecture Code: 1.10


Distribution(I)

Lecture Code: 1.11


Distribution(II)

Lecture Code: 1.12

Numerical Problems Based on

Continuous Charge Distribution


Botany

1. Reproduction in Organisms

Lecture Code: 1.1

Introduction

Lecture Code: 1.2

Asexual Reproduction

Lecture Code: 1.3

Asexual Reproduction(1)

Lecture Code: 1.4

Sexual Reproduction


28-Oct-20 Wednesday Fortnightly Test-09

27-Oct-20 Tuesday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)





& Techniques

Lecture Code: 12.5

Types of Reaction Intermediates

Lecture Code: 12.6

Questions based on Relative

Intermediate, Isomerism and Fission of

Bond

Lecture Code: 12.7

Types of Organic Reactions and

Mechanisms(Part-I)

Lecture Code: 12.8


Mechanisms(Part-II)



Morphology)

Lecture Code: 12.3

Animal Morphology-III(Cockroach)

Lecture Code: 12.4

Animal Morphology-IV


29-Oct-20 Thursday



subject)1 hr

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Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)





& Techniques

Lecture Code: 12.5

Types of Reaction Intermediates

Lecture Code: 12.6

Questions based on Relative

Intermediate, Isomerism and Fission of

Bond

Lecture Code: 12.7


Mechanisms(Part-I)

Lecture Code: 12.8


Mechanisms(Part-II)



Morphology)

Lecture Code: 12.3

Animal Morphology-III(Cockroach)

Lecture Code: 12.4

Animal Morphology-IV


31-Oct-20 Saturday

1-Nov-20 Sunday

30-Oct-20 Friday

Revision Day



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics1. Electric Charges & Field

2. Electrostatic Potential and Capacitance

Lecture Code: 1.13

Electric Field Lines

Lecture Code: 1.14

Area Vector and Introduction to Electric

Flux

Lecture Code: 1.15

Electric Flux and Gauss's Law

Lecture Code: 1.16

Gauss's Law and Its Applications

Lecture Code: 2.1

Electrostatic Potential Energy

Lecture Code: 2.2

Electrostatic Potential Due to Point



Botany

2. Sexual Reproduction in Flowering Plants

Lecture Code: 2.1

Introduction and Microsporogenesis

Lecture Code: 2.2

Pre-fertilization Strucure and Events

Lecture Code: 2.3

Pre-fertilization Strucure and Events(I)


2-Nov-20 Monday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

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180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics1. Electric Charge & Field


Lecture Code: 1.13

Electric Field Lines

Lecture Code: 1.14

Area Vector and Introduction to Electric

Flux

Lecture Code: 1.15

Electric Flux and Gauss's Law

Lecture Code: 1.16

Gauss's Law and Its Applications

Lecture Code: 2.1

Electrostatic Potential Energy

Lecture Code: 2.2

Electrostatic Potential Due to Point



Botany


Lecture Code: 2.1

Introduction and Microsporogenesis

Lecture Code: 2.2

Pre-fertilization Strucure and Events

Lecture Code: 2.3

Pre-fertilization Strucure and Events(I)


4-Nov-20 Wednesday

3-Nov-20 Tuesday

Term Exam -03



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry 12. Organic Chemistry: Some Basic Principles

& Techniques

13. Hydrocarbons

Lecture Code: 12.9

Methods of Purification of Organic

Compounds

Lecture Code: 12.10

Qualitative and Quantitative Analysis of

Organic Compounds

Lecture Code: 13.1

Alkanes


Zoology1. Reproduction in Organisms

2. Human Reproduction

Lecture Code: 1.1

Reproduction- Asexual and Sexual

Lecture Code: 2.1

Human Reproductive System - I


Chemistry 12. Organic Chemistry: Some Basic Principles

& Techniques

13. Hydrocarbons

Lecture Code: 12.9

Methods of Purification of Organic

Compounds

Lecture Code: 12.10

Qualitative and Quantitative Analysis of

Organic Compounds

Lecture Code: 13.1

Alkanes


Zoology1. Reproduction in Organisms

2. Human Reproduction

Lecture Code: 1.1

Reproduction- Asexual and Sexual

Lecture Code: 2.1

Human Reproductive System I


7-Nov-20 Saturday

8-Nov-20 Sunday

6-Nov-20 Friday

Revision Day

5-Nov-20 Thursday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics


Lecture Code: 2.3

Electrostatic Potential Due to Continuous

Charge Distribution System and Self

energy

Lecture Code: 2.4

Equipotential Surface

Lecture Code: 2.5

Various Charged System in an External

Electric Field and Electrostatics of

Conductor

Lecture Code: 2.6

Electrostatic Shielding, Earthing and

Dielectrics

Lecture Code: 2.7

Introduction to Capacitance

Lecture Code: 2.8

Energy Stored in Capacitor and Series-

Parallel Combination


Botany


Lecture Code: 2.4

Pre-fertilization Structure and Events(2)

Lecture Code: 2.5

Pre-fertilization Structure and Events(3),


Lecture Code: 2.6

Fertilization, Post-fertilization Events

Lecture Code: 2.7

Post-fertilization Events(1)

Lecture Code: 2.8



9th Nov Monday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics


Lecture Code: 2.3

Electrostatic Potential Due to Continuous

Charge Distribution System and Self

Energy

Lecture Code: 2.4

Equipotential Surface

Lecture Code: 2.5

Various Charged System in an External

Electric Field and Electrostatics of

Conductor

Lecture Code: 2.6

Electrostatic Shielding, Earthing and

Dielectrics

Lecture Code: 2.7

Introduction to Capacitance

Lecture Code: 2.8

Energy Stored in Capacitor and Series-

Parallel Combination


Botany


Lecture Code: 2.4

Pre-fertilization structure and events

Lecture Code: 2.5

Pre-fertilization structure and events(3),


Lecture Code: 2.6

Fertilization, Post-fertilization Events

Lecture Code: 2.7

Post-fertilization Events(1) Lecture Code:

2.8



11-Nov-20 Wednesday Revision Day

10-Nov-20 Tuesday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry

13. Hydrocarbons

Lecture Code: 13.2

Alkenes

Lecture Code: 13.3

Preparation & Chemical Properties of

Alkenes

Lecture Code: 13.4

Alkyne

Lecture Code: 13.5

Benzene


Zoology 2. Human Reproduction

Lecture Code: 2.2

Human Reproductive System - II

Lecture Code: 2.3

Gametogenesis

Lecture Code: 2.4

Types of Eggs and Fertilization


12-Nov-20 Thursday



subject)1 hr

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subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

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Chemistry

13. Hydrocarbons

Lecture Code: 13.2

Alkenes

Lecture Code: 13.3

Preparation & Chemical Properties of

Alkenes

Lecture Code: 13.4

Alkyne

Lecture Code: 13.5

Benzene



Lecture Code: 2.2

Human Reproductive System - II

Lecture Code: 2.3

Gametogenesis

Lecture Code: 2.4

Types of Eggs and Fertilization


14-Nov-20 Saturday

15-Nov-20 Sunday

13-Nov-20 Friday

Revision Day



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics


3. Current Electricity

Lecture Code: 2.9

Various Combinations of Capacitor

Lecture Code: 2.10

Dielectric and Common Potentials

Lecture Code: 2.11

Van de graaff Generator and Previous

Year Questions

Lecture Code: 3.1

Introduction to Current & Resistance

Lecture Code: 3.2

Drift Velocity and Origin of Resistivity

Lecture Code: 3.3

Electrical Energy and Power


Botany

3. Principles of Inheritance and Variation

Lecture Code: 3.1

Introduction

Lecture Code: 3.2

Inheritance of One Gene

Lecture Code: 3.3

Exceptions to Mendelian Principles

Lecture Code: 3.4

Exceptions to Mendelian Principles(1)


16-Nov-20 Monday



subject)1 hr

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subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics



Lecture Code: 2.9

Various Combinations of Capacitor

Lecture Code: 2.10

Dielectric and Common Potentials

Lecture Code: 2.11

Van de graaff Generator and Previous

Year Questions

Lecture Code: 3.1

Introduction to Current & Resistance

Lecture Code: 3.2

Drift Velocity and Origin of Resistivity

Lecture Code: 3.3

Electrical Energy and Power


Botany


Lecture Code: 3.1

Introduction.

Lecture Code: 3.2

Inheritance of One Gene

Lecture Code: 3.3

Exceptions to Mendelian Principles

Lecture Code: 3.4

Exceptions to Mendelian Principles(1)


18-Nov-20 Wednesday

17-Nov-20 Tuesday

Revision Day



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry

10. Haloalkane and Haloarenes

Lecture Code: 10.1

Classification, Nomenclature and

Preparation

Lecture Code: 10.2

Preparation of Haloalkanes

Lecture Code: 10.3

Preparation of Haloarenes and

Properties of Haloalkanes and

Haloarenes



Lecture Code: 2.5

Embryonic Development and

Implantation


Chemistry


Lecture Code: 10.1

Classification, Nomenclature and

Preparation

Lecture Code: 10.2

Preparation of Haloalkanes

Lecture Code: 10.3

Preparation of Haloarenes and

Properties of Haloalkanes and

Haloarenes



Lecture Code: 2.5

Embryonic Development and

Implantation


20-Nov-20 Friday

19-Nov-20 Thursday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




21-Nov-20 Saturday

22-Nov-20 Sunday

Physics


4. Moving Charges and Magnetism

Lecture Code: 3.4

Cell, EMF and Internal Resistance

Lecture Code: 3.5

Application of Kirchhoff's Law

Lecture Code: 3.6

Wheatstone Bridge, Infinite Ladder &

Symmetry Problems

Lecture Code: 3.7

Meter Bridge & Potentiometer

Lecture Code: 3.8

Previous Year Questions

Lecture Code: 4.1

Introduction to Magnetic Field and Biot-

savart Law


Botany


Lecture Code: 3.5

Gene interactions

Lecture Code: 3.6

Non-mendelian Inheritance and

Chromosomal Theory of Inheritance

Lecture Code: 3.7

Exception to Law of Independent

Assortment

Lecture Code: 3.8

Sex Determination

Lecture Code: 3.9

Mutations


Revision Day

AIATS-03 (Practice Test-3)

23-Nov-20 Monday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics



Lecture Code: 3.4

Cell, EMF and Internal Resistance

Lecture Code: 3.5

Application of Kirchhoff's Law

Lecture Code: 3.6

Wheatstone Bridge, Infinite Ladder &

Symmetry Problems

Lecture Code: 3.7

Meter Bridge & Potentiometer

Lecture Code: 3.8

Previous Year Questions

Lecture Code: 4.1

Introduction to Magnetic Field and Biot-

savart Law


Botany


Lecture Code: 3.5

Gene interactions

Lecture Code: 3.6

Non-mendelian inheritance and

chromosomal theory of inheritance

Lecture Code: 3.7

Exception to law of independent

assortmen

Lecture Code: 3.8

Sex determination

Lecture Code: 3.9

Mutations


25-Nov-20 Wednesday

24-Nov-20 Tuesday

Fortnightly Test-10



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

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(MCQ Type)


subject)3 hr

Single Objective

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Chemistry


Lecture Code: 10.4

Optical Isomerism

Lecture Code: 10.5

Optical Isomerism(Contd.) and

Stereochemistry

Lecture Code: 10.6

Elimination Reaction

Lecture Code: 10.7

Chemical Properties


Zoology2. Human Reproduction

3. Reproductive Health

Lecture Code: 2.6

Gastrulation, Placentation,


Lecture Code: 3.1

Problems and Strategies

& Population Explosion


26-Nov-20 Thursday



subject)1 hr

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subject)3 hr

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180 (45 from each

subject)3 hr

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subject)3 hr

Single Objective

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Chemistry


Lecture Code: 10.4

Optical Isomerism

Lecture Code: 10.5

Optical Isomerism(Contd.) and

Stereochemistry

Lecture Code: 10.6

Elimination Reaction

Lecture Code: 10.7

Chemical Properties


Zoology2. Human Reproduction

3. Reproductive Health

Lecture Code: 2.6

Gastrulation, Placentation,


Lecture Code: 3.1

Problems and Strategies

& Population Explosion


28-Nov-20 Saturday

29-Nov-20 SundayRevision Day

27-Nov-20 Friday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

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Physics


Lecture Code: 4.2

Magnetic Field Due to Current Carrying

Configurations

Lecture Code: 4.3

Solenoid, Toroid, Force on a Charge

moving through Magnetic Field

Lecture Code: 4.4

Lorentz Force

Lecture Code: 4.5

Force Experienced by a Conductor Placed

in Magnetic Field

Lecture Code: 4.6

Magnetic Dipole and Torque,

Galvanometer Conversion into Ammeter

and Voltmeter


Botany


4. Molecular Basis of Inheritance

Lecture Code: 3.10

Sex Linked Inheritance and Pedigree

Analysis

Lecture Code: 3.11

Genetic, Mendelian and Chromosomal

Disorders

Lecture Code: 4.1

Introduction, DNA Structure

Lecture Code: 4.2

DNA Packaging, Search for Genetic

Material


30-Nov-20 Monday



subject)1 hr

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subject)3 hr

Single Objective

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(Practice Test)

180 (45 from each

subject)3 hr

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(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics


Lecture Code: 4.2

Magnetic Field Due to Current Carrying

Configurations

Lecture Code: 4.3

Solenoid, Toroid, Force on a Charge

moving through Magnetic Field

Lecture Code: 4.4

Lorentz Force

Lecture Code: 4.5

Force Experienced by a Conductor Placed

in Magnetic Field

Lecture Code: 4.6

Magnetic Dipole and Torque,

Galvanometer Conversion into Ammeter

and Voltmeter


Botany



Lecture Code: 3.10

Sex Linked Inheritance and Pedigree

Analysis

Lecture Code: 3.11

Genetic, Mendelian and Chromosomal

Disorders

Lecture Code: 4.1

Introduction, DNA Structure

Lecture Code: 4.2

DNA Packaging, Search for Genetic

Material


2-Dec-20 Wednesday

1-Dec-20 Tuesday

Revision Day



subject)1 hr

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(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry

11. Alcohols, Phenols and Ether

Lecture Code: 11.1

Classification, Nomenclature of Alcohols

and Phenols & Preparation of Alcohols

Lecture Code: 11.2

Preparation of Phenols & Physical

Properties of Alcohols and Phenols

Lecture Code: 11.3

Chemical Properties of Alcohols and

Phenols

Lecture Code: 11.4

Reaction of Phenol

Lecture Code: 11.5

Ether


Zoology3. Reproductive Health

4. Evolution

Lecture Code: 3.2

MTP, STIs and ART

Lecture Code: 4.1

Evolution-Origin of Life


3-Dec-20 Thursday



subject)1 hr

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180 (45 from each

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(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry

11. Alcohols, Phenols and Ether

Lecture Code: 11.1

Classification, Nomenclature of Alcohols

and Phenols & Preparation of Alcohols

Lecture Code: 11.2

Preparation of Phenols & Physical

Properties of Alcohols and Phenols

Lecture Code: 11.3

Chemical Properties of Alcohols and

Phenols

Lecture Code: 11.4

Reaction of Phenol

Lecture Code: 11.5

Ether


Zoology3. Reproductive Health

4. Evolution

Lecture Code: 3.2

MTP, STIs and ART

Lecture Code: 4.1

Evolution-Origin of Life


5-Dec-20 Saturday

6-Dec-20 Sunday

4-Dec-20 Friday

Revision Day



subject)1 hr

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(MCQ Type)


subject)3 hr

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(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics

5. Magnetism and Matter

6. Electromagnetic Induction

Lecture Code: 5.1

Introduction to Magnetism and Magnet

Lecture Code: 5.2

Potential Energy of Bar Magnet & Earth's

Magnetism

Lecture Code: 5.3

Neutral Points and Tangent Law

Lecture Code: 5.4

Magnetisation & Materials

Lecture Code: 6.1

Introduction to Electromagnetic

Induction

Lecture Code: 6.2

Motional Electromotive Force


Botany


Lecture Code: 4.3

DNA Replication

Lecture Code: 4.4

Gene and Transcription

Lecture Code: 4.5

Transcription Contd.


7-Dec-20 Monday



subject)1 hr

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180 (45 from each

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subject)3 hr

Single Objective

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Physics

5. Magnetism and Matter

6. Electromagnetic Induction

Lecture Code 5.1

Introduction to Magnetism and Magnet

Lecture Code: 5.2

Potential Energy of Bar Magnet & Earth's

Magnetism

Lecture Code: 5.3

Neutral Points and Tangent Law

Lecture Code: 5.4

Magnetisation & Materials

Lecture Code: 6.1

Introduction to Electromagnetic

Induction

Lecture Code: 6.2

Motional Electromotive Force


Botany


Lecture Code: 4.3

DNA Replication

Lecture Code: 4.4

Gene and Transcription

Lecture Code: 4.5

Transcription Contd.


9-Dec-20 Wednesday

8-Dec-20 Tuesday

Revision Day



subject)1 hr

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180 (45 from each

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subject)3 hr

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Chemistry

12. Aldehydes, Ketones and Carboxylic Acids

Lecture Code: 12.1

Introduction and Preparation of


Lecture Code: 12.2

Preparation & Physical Properties of


Lecture Code: 12.3

Chemical Properties of Aldehydes and

Ketones

Lecture Code: 12.4

Chemical Properties(Reduction and

oxidation reaction)


Zoology 4. Evolution

Lecture Code: 4.2

Evidences of Evolution-A

Lecture Code: 4.3

Evidences of Evolution-B


10-Dec-20 Thursday



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Chemistry

12. Aldehydes, Ketones and Carboxylic Acids

Lecture Code: 12.1

Introduction and Preparation of


Lecture Code: 12.2

Preparation & Physical Properties of


Lecture Code: 12.3

Chemical Properties of Aldehydes and

Ketones

Lecture Code: 12.4

Chemical Properties(Reduction and

oxidation reaction)



Lecture Code: 4.2

Evidences of Evolution-A

Lecture Code: 4.3

Evidences of Evolution-B


12-Dec-20 Saturday

13-Dec-20 SundayRevision Day

11-Dec-20 Friday



subject)1 hr

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subject)3 hr

Single Objective

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180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics6. Electromagnetic Induction

7. Alternating Current

Lecture Code: 6.3

Eddy Currents, Inductance and

Combination of Inductors

Lecture Code 6.4

Series LR Circuit and Devices

Lecture Code: 7.1

Introduction, Average & RMS Value of AC

Lecture Code: 7.2

AC Voltage Applied Across Inductor,


Lecture Code: 7.3

Series LCR Circuit, Resonance

Lecture Code: 7.4

LC Oscillations & Transformer


Botany


Lecture Code: 4.6

Genetic Code

Lecture Code: 4.7

t-RNA, Translation

Lecture Code: 4.8

Regulation of Gene Expression

Lecture Code: 4.9

Human Genome Project


14-Dec-20 Monday



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180 (45 from each

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subject)3 hr

Single Objective

(MCQ Type)




Physics6. Electromagnetic Induction

7. Alternating Current

Lecture Code: 6.3

Eddy Currents, Inductance and

Combination of Inductors

Lecture Code 6.4

Series LR Circuit and Devices

Lecture Code: 7.1

Introduction, Average & RMS Value of AC

Lecture Code: 7.2

AC Voltage Applied Across Inductor,


Lecture Code: 7.3

Series LCR Circuit, Resonance

Lecture Code: 7.4

LC Oscillations & Transformer


Botany


Lecture Code: 4.6

Genetic Code

Lecture Code: 4.7

t-RNA, Translation

Lecture Code: 4.8

Regulation of Gene Expression

Lecture Code: 4.9

Human Genome Project


16-Dec-20 Wednesday

15-Dec-20 Tuesday

Revision Day



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subject)3 hr

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180 (45 from each

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Chemistry 12. Aldehydes, Ketones and Carboxylic Acids

13. Amines

Lecture Code: 12.5

Chemical Properties(Due to acidic a-

hydrogens)

Lecture Code: 12.6

Carboxylic Acid

Lecture Code: 13.1

Introduction and Methods of Preparation

Lecture Code: 13.2

Physical and Chemical Properties



Lecture Code: 4.4

Theories of Evolution - I

Lecture Code: 4.5

Theories of Evolution - II


17-Dec-20 Thursday



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180 (45 from each

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Chemistry 12. Aldehydes, Ketones and Carboxylic Acids

13. Amines

Lecture Code: 12.5

Chemical Properties(Due to acidic a-

hydrogens)

Lecture Code: 12.6

Carboxylic Acid

Lecture Code: 13.1

Introduction and Methods of Preparation

Lecture Code: 13.2

Physical and Chemical Properties



Lecture Code: 4.4

Theories of Evolution - I

Lecture Code: 4.5

Theories of Evolution - II


19-Dec-20 Saturday

20-Dec-20 Sunday

18-Dec-20 Friday

Revision Day



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Physics8. Electromagnetic Waves

9. Ray Optics

Lecture Code: 8.1

Introduction to Electromagnetic Waves

Lecture Code: 8.2

Electromagnetics Spectrum

Lecture Code: 9.1

Introduction to Ray Optics

Lecture Code: 9.2

Spherical Mirrors

Lecture Code: 9.3

Spherical Mirror Ray Diagram

Lecture Code: 9.4

Refraction


Botany

5. Strategies for Enhancement in Food

Production

Lecture Code: 5.1

Introduction, Hybridisation

Lecture Code: 5.2

Green Revolution and Plant Breeding


21-Dec-20 Monday



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Physics8. Electromagnetic Waves

9. Ray Optics

Lecture Code: 8.1

Introduction to Electromagnetic Waves

Lecture Code: 8.2

Electromagnetics Spectrum

Lecture Code: 9.1

Introduction to Ray Optics

Lecture Code: 9.2

Spherical Mirrors

Lecture Code: 9.3

Spherical Mirror Ray Diagram

Lecture Code: 9.4

Refraction


Botany

5. Strategies for Enhancement in Food

Production

Lecture Code: 5.1

Introduction, Hybridisation

Lecture Code: 5.2

Green Revolution and Plant Breeding


23-Dec-20 Wednesday

22-Dec-20 Tuesday

Revision Day



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Chemistry 13. Amines

9. Coordination Compound

Lecture Code: 13.3

Chemical Reaction of Amines

Lecture Code: 13.4

Preparation of Aromatic Amine(Aniline)

Lecture Code: 9.1

Werner's Theory and Terminology

Lecture Code: 9.2

Nomenclature


Zoology4. Evolution

5. Human Health and Disease

Lecture Code: 4.6

Brief Account of Evolution and

Human Evolution

Lecture Code: 5.1

Health and Diseases

Lecture Code: 5.2

Common Human Diseases


24-Dec-20 Thursday



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180 (45 from each

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Chemistry 13. Amines


Lecture Code: 13.3

Chemical Reaction of Amines

Lecture Code: 13.4

Preparation of Aromatic Amine(Aniline)

Lecture Code: 9.1

Werner's Theory and Terminology

Lecture Code: 9.2

Nomenclature


Zoology4. Evolution

5. Human Health and Disease

Lecture Code: 4.6

Brief Account of Evolution and

Human Evolution

Lecture Code: 5.1

Health and Diseases

Lecture Code: 5.2

Common Human Diseases


26-Dec-20 Saturday

27-Dec-20 Sunday

Revision Day

AIATS-01

25-Dec-20 Friday



subject)1 hr

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subject)3 hr

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(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

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subject)3 hr

Single Objective

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Physics

9. Ray Optics

Lecture Code: 9.5

Apparent Depth/Height of Object

Lecture Code: 9.6

TIR & Refraction at Spherical Surfaces

Lecture Code: 9.7

Lens Maker's Formula

Lecture Code: 9.8

Image Formation by Lenses

Lecture Code: 9.9

Power of Lens & Defects in Images

Lecture Code: 9.10

Refraction through Prism & Dispersion


Botany5. Strategies for Enhancement in Food

Production

6. Microbes in Human Welfare

Lecture Code: 5.3

Tissue Culture

Lecture Code: 6.1

Introduction and Uses


28-Dec-20 Monday



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180 (45 from each

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Physics

9. Ray Optics

Lecture Code: 9.5

Apparent Depth/Height of Object

Lecture Code: 9.6

TIR & Refraction at Spherical Surfaces

Lecture Code: 9.7

Lens Maker's Formula

Lecture Code: 9.8

Image Formation by Lenses

Lecture Code: 9.9

Power of Lens & Defects in Images

Lecture Code: 9.10

Refraction through Prism & Dispersion


Botany5. Strategies for Enhancement in Food

Production


Lecture Code: 5.3

Tissue Culture

Lecture Code: 6.1

Introduction and Uses


30-Dec-20 Wednesday Revision Day

29-Dec-20 Tuesday



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Chemistry


Lecture Code: 9.3

Isomerism

Lecture Code: 9.4

Valence Bond Theory

Lecture Code: 9.5

Crystal Field Theory and Jahn-Teller

Effect

Lecture Code: 9.6

Stability of Coordination Compounds and

Organometallic Compounds


Zoology 5. Human Health and Disease

Lecture Code: 5.3

Immunity and Its Types-I

Lecture Code: 5.4

Immunity and Its Types II


31-Dec-20 Thursday



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Chemistry


Lecture Code: 9.3

Isomerism

Lecture Code: 9.4

Valence Bond Theory

Lecture Code: 9.5

Crystal Field Theory and Jahn-Teller

Effect

Lecture Code: 9.6

Stability of Coordination Compounds and

Organometallic Compounds



Lecture Code: 5.3

Immunity and Its Types -I

Lecture Code: 5.4

Immunity and Its Types II


2-Jan-21 Saturday

3-Jan-21 Sunday

1-Jan-21 Friday

Revision Day



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Physics 9. Ray Optics

10. Wave Optics

Lecture Code: 9.11

Rainbow Formation

Lecture Code: 9.12

Numericals

Lecture Code: 10.1

Introduction & Huygens Principle

Lecture Code: 10.2

Doppler's Effect & Interference

Lecture Code: 10.3

Young's Double Slit Experiment


Botany


Lecture Code: 6.2

Microbes in Sewage Treatment

Lecture Code: 6.3

Microbes in Biogas Production


4-Jan-21 Monday



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Physics 9. Ray Optics

10. Wave Optics

Lecture Code: 9.11

Rainbow Formation

Lecture Code: 9.12

Numericals

Lecture Code: 10.1

Introduction & Huygens Principle

Lecture Code: 10.2

Doppler's Effect & Interference

Lecture Code: 10.3

Young's Double Slit Experiment


Botany


Lecture Code: 6.2

Microbes in Sewage Treatment

Lecture Code: 6.3

Microbes in Biogas Production


6-Jan-21 Wednesday

5-Jan-21 Tuesday

Fortnightly Test-11



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180 (45 from each

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Chemistry

8. The d & f Block Elements

Lecture Code: 8.1

The General Characteristics of d-Block

Elements and Their Variation in Periodic

Table

Lecture Code: 8.2



Table(Contd.)

Lecture Code: 8.3

Some Important Compounds of

Transition Elements and Inner Transition

Elements



Lecture Code: 5.5

Immune Disorders

Lecture Code: 5.6

Drug and Alcohol: Use, Abuse and

Hazards


7-Jan-21 Thursday



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Chemistry

8. The d & f Block Elements

Lecture Code: 8.1



Table

Lecture Code: 8.2



Table(Contd.)

Lecture Code: 8.3

Some Important Compounds of

Transition Elements and Inner Transition

Elements



Lecture Code: 5.5

Immune Disorders

Lecture Code: 5.6

Drug and Alcohol: Use, Abuse and

Hazards


9-Jan-21 Saturday

10-Jan-21 Sunday

8-Jan-21 Friday

Revision Day



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180 (45 from each

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Physics

10. Wave Optics

Lecture Code: 10.4

Various Cases of Interference of Light

Lecture Code: 10.5

Diffraction

Lecture Code: 10.6

Resolving Power & Polarisation


Botany

7. Organisms and Populations

Lecture Code: 7.1

Introduction, Levels of Organisation,

Biome

Lecture Code: 7.2

Abiotic Factors


11-Jan-21 Monday



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Physics

10. Wave Optics

Lecture Code: 10.4

Various Cases of Interference of Light

Lecture Code: 10.5

Diffraction

Lecture Code: 10.6

Resolving Power & Polarisation


Botany


Lecture Code: 7.1

Introduction, Levels of Organisation,

Biome

Lecture Code: 7.2

Abiotic Factors


13-Jan-21 Wednesday Revision Day

12-Jan-21 Tuesday



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180 (45 from each

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Chemistry

10. The s-Block Elements

Lecture Code: 10.1

Alkali Metals

Lecture Code: 10.2

Compounds of Alkali Metals & General


Lecture Code: 10.3

Compounds of Alkaline Earth Metals


Zoology6. Strategies for Enhancement in Food

Production(Animal Husbandry)

Lecture Code: 6.1

Animal Husbandry I

Lecture Code: 6.2

Animal Husbandry II


Chemistry

10. The s-Block Elements

Lecture Code: 10.1

Alkali Metals

Lecture Code: 10.2

Compounds of Alkali Metals & General


Lecture Code: 10.3

Compounds of Alkaline Earth Metals


Zoology6. Strategies for Enhancement in Food

Production(Animal Husbandry)

Lecture Code: 6.1

Animal Husbandry - I

Lecture Code: 6.2

Animal Husbandry- II


16-Jan-21 Saturday

17-Jan-21 Sunday

14-Jan-21 Thursday

15-Jan-21 Friday

Revision Day



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180 (45 from each

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Physics11. Dual Nature of Radiation and Matter

Lecture Code: 11.1

Photoelectric Effect

Lecture Code: 11.2

Photon Picture of Light

Lecture Code: 11.3

Wave Nature of Electron and Matter


Botany7. Organisms and Populations

Lecture Code: 7.3

Adaptations

Lecture Code: 7.4

Population Attributes


Physics11. Dual Nature of Radiation and Matter

Lecture Code: 11.1

Photoelectric Effect

Lecture Code: 11.2

Photon Picture of Light

Lecture Code: 11.3

Wave Nature of Electron and Matter


Botany7. Organisms and Populations

Lecture Code: 7.3

Adaptations

Lecture Code: 7.4

Population Attributes


20-Jan-21 Wednesday

18-Jan-21 Monday

19-Jan-21 Tuesday

Revision Day



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Chemistry11. The p-Block Elements

7. The p-Block Elements

Lecture Code: 11.1

Group 13 Elements(The Boron Family)

Lecture Code: 11.2

Group 14 Elements(The Carbon Family)

Lecture Code: 7.1

Group 15 Elements and Their

Compounds

Lecture Code: 7.2

Important Compounds of Group 15

Elements and Their Properties

Lecture Code: 7.3

Phosphorus and Its Compounds & Group

16 Elements

Lecture Code: 7.4

Group 16 Elements(Contd.) &

Compounds of Group 16 Elements


Zoology7. Biotechnology:

Principles and Processes

Lecture Code: 7.1

Principles of Biotechnology YES Optional NA Ask an Expert (All Day)

21-Jan-21 Thursday



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Chemistry11. The p-Block Elements


Lecture Code: 11.1

Group 13 Elements(The Boron Family)

Lecture Code: 11.2

Group 14 Elements(The Carbon Family)

Lecture Code: 7.1


Compounds

Lecture Code: 7.2

Important Compounds of Group 15

Elements and Their Properties

Lecture Code: 7.3

Phosphorus and Its Compounds & Group

16 Elements

Lecture Code: 7.4

Group 16 Elements(Contd.) &

Compounds of Group 16 Elements




Lecture Code: 7.1

Principles of Biotechnology Can Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

23-Jan-21 Saturday

24-Jan-21 Sunday

22-Jan-21 Friday

Revision Day



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Physics

12. Atoms

Lecture Code: 12.1

Rutherford's Nuclear Model of Atom

Lecture Code: 12.2

Bohr Model of the Hydrogen Atom

Lecture Code: 12.3

Line Spectra of the Hydrogen Atom

Lecture Code: 12.4

Spectrum of X-rays & Laser


Botany


8. Ecosystem

Lecture Code: 7.5

Population Interactions

Lecture Code: 8.1

Introduction

Lecture Code: 8.2

Energy Flow


25-Jan-21 Monday



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Physics

12. Atoms

Lecture Code: 12.1

Rutherford's Nuclear Model of Atom

Lecture Code: 12.2

Bohr Model of the Hydrogen Atom

Lecture Code: 12.3

Line Spectra of the Hydrogen Atom

Lecture Code: 12.4

Spectrum of X-rays & Laser


Botany


8. Ecosystem

Lecture Code: 7.5

Population Interactions

Lecture Code: 8.1

Introduction

Lecture Code: 8.2

Energy Flow


27-Jan-21 Wednesday Revision Day

26-Jan-21 Tuesday



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Chemistry


9. Hydrogen

Lecture Code: 7.5

Compounds of Sulphur

Lecture Code: 7.6


Compounds

Lecture Code: 7.7

Chlorine and Group 18 Elements

Lecture Code: 9.1

Hydrogen Its Preparation and Properties

Lecture Code: 9.2

Water(H2O), Heavy Water(D2O),

Hydrogen Peroxide(H2O2)




Lecture Code: 7.2

Processes of BiotechnologyYES Optional NA Ask an Expert (All Day)

28-Jan-21 Thursday



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Chemistry


9. Hydrogen

Lecture Code: 7.5

Compounds of Sulphur

Lecture Code: 7.6


Compounds

Lecture Code: 7.7

Chlorine and Group 18 Elements

Lecture Code: 9.1

Hydrogen Its Preparation and Properties

Lecture Code: 9.2

Water(H2O), Heavy Water(D2O),

Hydrogen Peroxide(H2O2)




Lecture Code: 7.2

Processes of BiotechnologyCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

30-Jan-21 Saturday

31-Jan-21 Sunday AIATS-02

29-Jan-21 Friday

Revision Day



subject)1 hr

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180 (45 from each

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Physics13. Nuclei

14. Semiconductor

Lecture Code: 13.1

Composition of Nucleus and Its Stability

Lecture Code: 13.2

Radioactivity

Lecture Code: 13.3

Nuclear Reactions

Lecture Code: 14.1

Introduction to Semiconductors

Lecture Code: 14.2

P-N Junction Diode and Its Applications

Lecture Code: 14.3

Opto-Electronic Devices & Transistor

Action


Botany 8. Ecosystem

9. Biodiversity and Conservation

Lecture Code: 8.3

Nutrient Cycle and Succession

Lecture Code: 9.1

Introduction, Patterns

Lecture Code: 9.2

Biodiversity Conservation


1-Feb-21 Monday



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Physics13. Nuclei

14. Semiconductor

Lecture Code: 13.1

Composition of Nucleus and Its Stability

Lecture Code: 13.2

Radioactivity

Lecture Code: 13.3

Nuclear Reactions

Lecture Code: 14.1

Introduction to Semiconductors

Lecture Code: 14.2

P-N Junction Diode and Its Applications

Lecture Code: 14.3

Opto-Electronic Devices & Transistor

Action


Botany 8. Ecosystem

9. Biodiversity and Conservation

Lecture Code: 8.3

Nutrient Cycle and Succession

Lecture Code: 9.1

Introduction, Patterns

Lecture Code: 9.2

Biodiversity Conservation


3-Feb-21 Wednesday

2-Feb-21 Tuesday

Revision Day



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180 (45 from each

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subject)3 hr

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Chemistry6. General Principles and Processes of

Isolation of Elements

14. Biomolecules

Lecture Code: 6.1

Concentration of Ore and Their

Conversion to Oxide

Lecture Code: 6.2

Importance of Ellingham Diagram and


Lecture Code: 14.1

Biomolecules


Zoology 8. Biotechnology and Its ApplicationsLecture Code: 8.1

Biotechnology Applications in AgricultureYES Optional NA Ask an Expert (All Day)

Chemistry6. General Principles and Processes of

Isolation of Elements

14. Biomolecules

Lecture Code: 6.1

Concentration of Ore and Their

Conversion to Oxide

Lecture Code: 6.2

Importance of Ellingham Diagram and


Lecture Code: 14.1

Biomolecules


Zoology 8. Biotechnology and Its ApplicationsLecture Code: 8.1

Biotechnology Applications in AgricultureCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

6-Feb-21 Saturday

7-Feb-21 Sunday

4-Feb-21 Thursday

5-Feb-21 Friday

Revision Day



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180 (45 from each

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Physics

14. Semiconductor

15. Communication Systems

Lecture Code: 14.4

Application of Transistor & Digital

Electronics

Lecture Code: 14.5

Numericals Based on Transistor & Digital

Electronics

Lecture Code: 15.1

Introduction to Communication Systems

Lecture Code: 15.2

Modulation


Botany

10. Environmental Issues

Lecture Code: 10.1

Introduction, Types of Pollution

Lecture Code: 10.2

Water Pollution

Lecture Code: 10.3

Soil Pollution, Radioactive Pollution


8-Feb-21 Monday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics

14. Semiconductor

15. Communication Systems

Lecture Code: 14.4

Application of Transistor & Digital

Electronics

Lecture Code: 14.5

Numericals Based on Transistor & Digital

Electronics

Lecture Code: 15.1

Introduction to Communication Systems

Lecture Code: 15.2

Modulation


Botany

10. Environmental Issues

Lecture Code: 10.1

Introduction, Types of Pollution

Lecture Code: 10.2

Water Pollution

Lecture Code: 10.3

Soil Pollution, Radioactive Pollution


10-Feb-21 Wednesday

9-Feb-21 Tuesday

Fortnightly Test-12



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)AIATS

(Practice Test)

180 (45 from each

subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry15. Polymers

16. Chemistry in Everyday Life

14. Environmental Chemistry

Lecture Code: 15.1

Polymers

Lecture Code: 16.1

Chemistry in Everyday Life

Lecture Code: 14.1

Pollution, Causes of Pollution and Green

Chemistry


Zoology 8. Biotechnology and Its Applications

Lecture Code: 8.2

Biotechnology Applications in

Therapeutics


Chemistry15. Polymers

16. Chemistry in Everyday Life

14. Environmental Chemistry

Lecture Code: 15.1

Polymers

Lecture Code: 16.1

Chemistry in Everyday Life

Lecture Code: 14.1

Pollution, Causes of Pollution and Green

Chemistry


Zoology 8. Biotechnology and Its Applications

Lecture Code: 8.2

Biotechnology Applications in

Therapeutics


13-Feb-21 Saturday

14-Feb-21 SundayRevision Day

11-Feb-21 Thursday

12-Feb-21 Friday

RM -01

Test No. Test Date


Fortnightly Test-07 23rd Sep Mechanical Properties of Fluids Redox ReactionsPlant Kingdom: (from algae-general characters)

Chemical control and Coordination, Animal Kingdom-General

account & Non Chordates: General basis of classification, General

introduction, Level of organization, Symmetry, Body-plan,

Coelom,Types of coelom, Open/closed vascular

system,segmentation, notochord, Porifera, Cnidaria and

Ctenophora

AIATS-01 (Practice

test)4th Oct

Physical World, Units and Measurements, Motion in a

Straight line, Motion in a Plane

Some basic concepts of chemistry, Structure of

Atom, Classification of elements and periodicity

in properties,

Chemical bonding and molecular structure.

Cell: The Unit of Life, Cell Cycle and Cell Division, The Living WorldStructural Organisation in Animals–Animal Tissues, Biomolecules,

Digestion & Absorption

AIATS-02 (Practice

test)11th oct

Laws of Motion, Work,Energy and Power,System of

Particles and Rotational Motion

States of Matter : Gases and Liquids,

Thermodynamics, Equilibrium, Redox ReactionsBiological Classification and Morphology of Flowering Plants

Breathing & Exchange of Gases, Body Fluids & Circulation,

Excretory Products & their Elimination

Fortnightly Test-08 14th Oct Thermal Properties of Matter,Thermodynamics Solid State, Solutions Transport in Plants,

Mineral Nutrition

Animal Kingdom-General account & Non Chordates:

Platyhelminthes, Aschelminthes, Annelida, Arthropoda

Fortnightly Test-09 28th Oct Kinetic Theory of Gases,Oscillation and WavesElectrochemistry, Chemical Kinetics, Surface

Chemistry

Photosynthesis in Higher Plants,

Respiration in Plants

Animal Kingdom-General account & Non Chordates: Mollusca,

Echinodermata, Hemichordata, Animal Kingdom-General account

of Chordates: general characters, Urochordates,

Cephalochordates,Vertebrata- Agnatha and Gnathostomata:

Cylostomata, Pisces, Amphibia, Reptilia


Relative velocity in one dimension. Motion in a Plane,

Laws of Motion,Work energy and Power,System of

particles and Rotational Motion, Gravitation,Mechanical

properties of solids[For 9 Questions out of 45]

Mechanical Properties of Fluids,Thermal Properties of

Matter,Thermodynamics,Kinetic Theory of

Gases,Oscillation and Waves [for 36 Questions out of 45

Questions]

Chemical bonding and molecular structure,


Thermodynamics, Equilibrium[for 9 Questions

out of 45 Questions] Redox Reactions, Solid

State, Solutions, Electrochemistry, Chemical

Kinetics, Surface Chemistry[for 36 Questions out

of 45 Questions]

Biological Classification: Kingdom Monera- Characters of monera, Shape of bacteria, Bacterial Life process -

Respiration, Nutrition, Reproduction- Asexual, Sexual recombination 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, Fungi-general characters, Reproduction in fungi, Characters of different

classes of fungi - Phycomycetes, Ascomycetes, Basidiomycetes, Salient features of Agaricus,

Deuteromycetes, Mycorrhiza, Virus , Viroids, Prions and Lichens,

Morphology of Flowering Plants, Anatomy of

Flowering Plants, Plant Kingdom: (upto branches of taxonomy)

[for 9 Questions out of 45 Questions]

Plant Kingdom: (from algae-general characters),

Transport in Plants, Mineral Nutrition,

Photosynthesis in Higher Plants, Respiration

in Plants

[for 36 Questions out of 45 Questions]

Breathing & Exchange of Gases (contd), Body Fluids & Circulation,

Excretory Products and their Elimination, Locomotion &

Movement, Neural control and coordination

[For 9 Questions out of 45] Chemical control and Coordination,

Animal Kingdom-General account & Non Chordates: General basis

of classification, General introduction, Level of organization,

Symmetry, Body-plan, Coelom,Types of coelom, Open/closed

vascular system,segmentation, notochord, Porifera,

Cnidaria,Ctenophora, Platyhelminthes, Aschelminthes, Annelida,

Arthropoda, mollusca, Echinoderata, Hemichordata, Animal

Kingdom-General account of Chordates: general characters,

Urochordates, Cephalochordates,Vertebrata- Agnatha and

Gnathostomata: Cylostomata, Pisces, Amphibia, Reptilia [For 9

Questions out of 45]

AIATS-03 (Practice

Test)22nd Nov

Gravitation, Mechanical Properties of Solids, Mechanical

Properties of Fluids, Thermal Properties of Matter,

Thermodynamics

Electrochemistry, Solutions, Solid State,

Chemical Kinetics, Surface ChemistryAnatomy of Flowering Plants and Plant Kingdom

Locomotion & Movement, Neural Control & Coordination,

Chemical Coordination and Integration

Sunday

Repeater Medical : Planner for Fortnightly Test , Term Exam and AIATS - 2020-2021

September-2020 - May-2021

Day Topic

Wednesday

Sunday

Wednesday

Wednesday

Term Exam-03

(3 Hr. Exam on NEET

Pattern)4th Nov Wednesday


Term Exam-03


Sunday

RM -01

Test No. Test Date




Day Topic


Fortnightly Test-10 25th NovElectric Charges and Field,Electrostatic Potential and

Capacitance

Organic Chemistry : Some basic principles and

Techniques, Hydrocarbons

Plant Growth and Development

Reproduction in Organisms

Sexual Reproduction in Flowering Plants:

(upto agents of pollination-wind, water, insects)

Animal Kingdom-Chordates: Aves, Mammalia, Structural

Organisation in Animals–Animal Morphology (Cockroach),

Reproduction in Organisms, Human Reproduction: Male

Reproductive System, Female reproductive system, Gametogenesis -

Spermatogenesis, Oogenesis, structure of sperm and ovum,

Menstrual cycle: Phases & Hormonal control.

AIATS-01 27th DecPhysical World, Units and Measurements, Motion in a

Straight line, Motion in a Plane

Some basic concepts of chemistry, Structure of

Atom, Classification of elements and periodicity

in properties,

Chemical bonding and molecular structure.

Cell: The Unit of Life, Cell Cycle and Cell Division, The Living WorldStructural Organisation in Animals–Animal Tissues, Biomolecules,

Digestion & Absorption

Fortnightly Test-11 6th JanCurrent Electricity, Moving Charges and magnetism,

Magnetism and Matter, Electromagnetic induction

Haloalkanes and Haloarenes, Alcohols,phenols

and Ethers , Aldehydes, Ketones and Carboxylic

acids, Amines(Organic

Compound containing Nitrogen)

Sexual Reproduction in Flowering Plants:

(from outbreeding devices)

Principles of Inheritance & Variation

Human Reproduction: Fertilization, Embryonic development:

Morula, Blastula, Implantation,Gastrulation, Fate of germinal

layers,Pregnancy and Embryo development: foetal

membranes,development at various months of pregnancy, Major

features of embryonic Placenta, placental hormones, Parturition

and Lactation. Reproductive Health

AIATS-02 31st JanLaws of Motion, Work,Energy and Power,System of

Particles and Rotational Motion


Thermodynamics, Equilibrium, Redox ReactionsBiological Classification and Morphology of Flowering Plants

Breathing & Exchange of Gases, Body Fluids & Circulation,

Excretory Products & their Elimination

Fortnightly Test-12 10th FebAlternating Current, Electromagnetic Wave,Ray

Optics,Wave Optics

Coordination Compounds, The d & f -block

elements, The s- block elements, The p- block

elements, Hydrogen

Molecular Basis of Inheritance

Strategies for Enhancement in Food

Production

Evolution, Human Health & Disease

AIATS-03 21st Feb

Gravitation, Mechanical Properties of Solids, Mechanical

Properties of Fluids, Thermal Properties of Matter,

Thermodynamics

Electrochemistry, Solutions, Solid State,

Chemical Kinetics, Surface ChemistryAnatomy of Flowering Plants and Plant Kingdom

Locomotion & Movement, Neural Control & Coordination,

Chemical Coordination and Integration

Fortnightly Test-13 3rd MarchDual Nature of Radiation and Matter,Atoms & Nuclei,

Semiconductor

General principles of isolation of elements,

Biomolecules , Polymers, Chemistry in everyday

life, Environmental Chemistry

Microbes in Human Welfare

Organisms and Populations

Ecosystem

Biodiversity and Conservation

Environmental Issues

Strategies for Enhancement in Food Production - Animal

Husbandry, Biotechnology-Principles and Processes, Biotechnology

and its Applications

AIATS-04 14th March Kinetic Theory , Oscillation , WavesOrganic Chemistry- Some Basic Principles and

Techniques, Hydrocarbons

Transport in Plants, Mineral Nutrition, Photosynthesis in Higher Plants, Respiration in Plants, Plant

Growth and Development

Animal Kingdom–General Account & Non Chordates , Animal

Kingdom-Chordates, Structural Organisation in Animals– Animal

Morphology (Cockroach only)

AIATS-05 31st MarchElectric Charges and Field,Electrostatic Potential and

Capacitance, Current Electricity

Haloalkanes and Haloarenes, Alcohols, Phenols

and Ethers

Reproduction in Organisms, Sexual Reproduction in Flowering Plants, Principles of Inheritance and

Variation

Reproduction in Organisms, Human Reproduction, Reproductive

Health

Wednesday

Sunday

Wednesday

Sunday

Wednesday

Wednesday

Sunday

Wednesday

Sunday

RM -01

Test No. Test Date




Day Topic


AIATS-06 11th April

Moving Charges and Magnetism, Magnetism and

Matter, Electromagnetic induction, Alternating Current,

Electromagnetic Waves

Aldehydes, Ketones and Carboxylic Acids,

Amines (Organic

Compound containing Nitrogen), Coordination

Compounds,

The d & f-Block Elements, The s-Block Elements

Molecular Basis of Inheritance, Strategies for Enhancement in Food Production, Microbes in Human

WelfareEvolution, Human Health & Disease

AIATS-07 25th April

Ray Optics and Optical Instrument,Wave Optics,Dual

Nature of Radiation and Matter,Atoms & Nuclei,

Semiconductors

The p-Block Elements, Hydrogen, General

Principles and Processes of Isolation of

Elements, Biomolecules, Polymers, Chemistry in

Everyday Life, Environmental Chemistry

Organisms and Populations, Ecosystem, Biodiversity and Conservation, Environmental IssuesAnimal Husbandry, Biotechnology-Principles and Processes,

Biotechnology and its Applications

AIATS-08 2nd May Open Mock Test on Complete syllabus of NEET Open Mock Test on Complete syllabus of NEET Open Mock Test on Complete syllabus of NEET Open Mock Test on Complete syllabus of NEET

AIATS-09 9th May Open Mock Test on Complete syllabus of NEET Open Mock Test on Complete syllabus of NEET Open Mock Test on Complete syllabus of NEET Open Mock Test on Complete syllabus of NEET

Sunday

Sunday

Sunday

Sunday

Documents

A From Managing Director's Desk · 2020. 9. 1. · A lot has changed at Aakash during the transition from a humble coaching institute to becoming a recognized name in the education