Weekly Study Planner · 3.1 Introduction Chapter 3: Living world 3.2 Biodiversity 3.3 Taxonomic hierarchy Chapter 2: Biomolecules 2.6 Biomolecules- Enzyme II Chapter 3: Digestion

Weekly Study Planner

Physics Chemistry ZoologyBotany

Chapter 1: Physical World

1.1 Physical World

2.1 Introduction to physical quantities

Chapter 1: Some Basic Concepts of Chemistry Chapter 1: Cell - The unit of life

2.3 Error in Measurement

Chapter 2: Units & Measurements

2.2 Methods of Measurement

Chapter 1: Some Basic Concepts of Chemistry

1.3 Mole Concept

1.4 Law of chemical equivalance

Chapter 1: Cell - The unit of life

Chapter 1: Structural Organisation in Animals

1.2 Laws of chemical combination

1.1 Application and importance 1.1 Introduction to chapter cell 1.1 Epithelial tissue and its types

Chapter 2: Biomolecules

1.3 Muscular and nervous tissue


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

1.2 Eukaryotic cell part-1

4th Aug., - 9th Aug., 2020

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

Chapter 2: Units & Measurements of chemistry 1.2 Connective tissue and its types


2.1 Introduction to Biomolecules



2.4 Significant figures & dimensional

2.5 Application of dimensional analysis

analysis



Chapter 2: Cell Cycle and Cell Divison

2.1 Introduction to chapter cell

2.2 Mitosis

1.5 Percentage composition and empirical formula

2.2 Biomolecules- Proteins

2.3 Biomolecules-Lipids

2.4 Biomolecules- Nucleic acid

2.5 Biomolecules- Enzymes -I



Chapter 3: Motion in a straight line Chapter 1: Some Basic Concepts of Chemistry Chapter 2: Cell Cycle and Cell Divison



3.1 Motion in a straight line

1.7 Reactions in Solutions

1.6 Stoichiometry

3.2 Speed and velocity

Chapter 2: Structure of Atom

2.1 Discovery of subatomic particles

24th Aug., - 30th Aug., 2020

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

3.3 Speed and velocity continued

3.4 Calculus continued

2.3 Meiosis

3.1 Introduction

Chapter 3: Living world

3.2 Biodiversity

3.3 Taxonomic hierarchy


2.6 Biomolecules- Enzyme II

Chapter 3: Digestion and Absorption

3.1 Anatomy of Digestive System I

3.2 Anatomy of Digestive System II

3.3 Physiology of digestion I

Chapter 3: Motion in a straight line

3.5 Complex integration numericals

3.6 Acceleration

3.8 Application of calculus (Part-B)

3.7 Application of calculus (Part-A)

Chapter 3: Living world

3.4 Taxonomic aids

3.5 Taxonomic aids(1)

Chapter 4: Biological classification

4.1 Kingdom systems of classification

4.2 Monera


2.3 Atomic spectrum and dual nature

2.2 Different models of atom, Maxwell's wave theory and Planck's quantum theory

2.4 Bohr's model and dual nature of matter

Chapter 3: Digestion and Absorption

3.4 Physiology of digestion II

Chapter 4: Breathing and Exchange of Gases

4.1 Breathing and Exchange of gases

4.2 Process of Respiration

4.3 Process of Respiration contd.





2.5 Heisenberg's uncertainity principleand quantum mechanical model

7th Sept., - 13th Sept., 2020

31st Aug., - 6th Sept., 2020


3.9 Kinematics / Equation of Motion

3.10 Motion under Gravity

3.11 Galileo Law of Odd no

3.12 Graphs


4.3 Monera (1)

4.5 Eubacteria

4.6 Protista (Photosynthetic Protists)

4.4 Monera (2)


2.6 Some Important graphs andelectronic configuration

3.1 Genesis of classification and modern periodic table

Chapter 3: Classification of elements and periodicity in properties

Chapter 4: Breathing and Exchange of Gases

4.4 Mechanism of Regulation

Chapter 5: Body fluids and circulation

5.1 Body Fluids part-1

5.2 Body Fluids part-2

5.3 Circulatory system


3.13 Varitaion of Slope

3.14 Graphical analysis of motion (Part-I)

3.15 Graphical analysis of motion (Part-II)

3.16 Acceleration-time graph

3.17 Relative velocity in 1D


4.7 Protista (Decomposer Protists)

4.8 Fungi

4.9 Fungi(1)

4.10 Fungi(2)

4.11 Fungi(3)

Chapter 3: Classification of elements and

3.2 Properties of elements & their

periodicity in properties

Chapter 4: Chemical Bonding & Molecular Structure

variation in Mordern periodic table

4.1 Types of Chemical bonding

4.2 VSEPR theory and dipole moment

Chapter 5: Body fluids and circulation

5.4 Regulation of cardiac activity

5.5 Circulatory pathways

Chapter 6: Excretory products and their Elimination

6.1 Role of excretion & Regulation of solutes & water

6.2 Evolution of vertebrate kidneys& Human excretory system





14th Sept., - 20th Sept., 2020

21st Sept., - 27th Sept., 2020

Chapter 4: Motion in a plane Chapter 4: Biological classification

Chapter 5: Morphology of flowering plants

4.12

5.1

Fungi(4)

The Root

4.13

5.2

Viruses, viroids and lichens

Stem

Chapter 4: Chemical Bonding & Molecular

Structure

Chapter 6: Excretory products and their Elimination6.3 Mechanism of Urine formation

7.1 Introduction to Locomotion & Movement

7.2 Mechanism of Muscle contraction & its types

6.4 Regulation of Urine formation

4.1 Scalar and Vector4.2 Arithmetics of Vectors: Addition

4.3 Arithmetics of Vectors: Subtraction,Resolution of Vector

4.4 Numerical based on Arithmeticsof Vectors

4.5 Introduction of Motion in plane,velocity and acceleration in 2-D Motion

4.6 Projectile motion: Part A

4.7 Projectile motion: Part B

4.4 Hybridisation

4.5 Hybridisation in different molecules

4.3 Resonance and Valence bond theory

Chapter 7: Locomotion and Movement

Chapter 4: Motion in a plane Chapter 5: Morphology of flowering plants

5.3 Leaf

5.4 Inflorescence

Chapter 4: Chemical Bonding & Molecular Structure

Chapter 7: Locomotion and Movement

7.3 Human Skeletal system

8.1 Neural System

4.8 Projectile motion: Part C

4.9 Projectile motion as plane inclined4.6 Molecular orbital theory

4.10 Horizontal Projection, Circular motion

4.11 Uniform and non-uniform circular motion radius of curvature

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

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

5.5 Flower

5.6 Male and female reproductive part, placentation

4.7 Molecular orbital theory andhydrogen bonding

Chapter 5: States of Matter

5.1 Intermolecular forces andthermal energy

Chapter 8: Neural control and coordination

8.2 Central Nervous System I

8.3 Central Nervous System II



ZoologyPhysics BotanyChemistry


28th Sept., - 4th Oct., 2020

5th Oct., - 11th Oct., 2020

Chapter 5: Laws of Motion

5.1 Introduction to forces & Laws ofMotion

Chapter 5: States of Matter Chapter 5: Morphology of flowering plants

5.7

5.8

Fruits

Seeds

Chapter 8: Neural control and coordination

8.4

8.5

8.6

Sensory reception and processing

Mechanism of image formation

Hearing, gustation and olfaction5.2 Newton's 3rd Law & Importance

5.3 Problem Solving Technique

5.4 Pulley & Constraint Motion

Chapter 6: Anatomy of flowering plants

6.1

6.2

Tissues

Permanent tissue

5.2 The gas laws

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

5.4 Different type of velocities and realgas equation

5.5 Compressibility factor and liquid state

Chapter 9: Chemical coordination and integration

9.1 Endocrine Glands(I) and Hormones

Chapter 5: Laws of Motion

5.5 Frame of Reference

Chapter 9: Chemical coordination and integration

9.2 Endocrine Glands (II) and Mechanism of Hormone Action

5.6 Friction and Its Type

5.7 Multiple block system

6.4

6.5

Tissue system & Anatomy

Secondary growth in dicot stem

Chapter 7: Plant kingdom

7.1 Plant kingdom introduction

6.1

6.2

6.3

6.4

Important thermodynamic terms

Heat work and internal energy

Internal energy change and enthalpy change

Thermodynamic reaction and heat capacity

Chapter 10: Animal Kingdom (Non-chordates)

10.1 Kingdom Animalia- Basis ofClassification

10.2 Phylum Porifera

10.3 Phylum Cnidaria

Chapter 6: Thermodynamics Chapter 6: Anatomy of flowering plants

6.3 Complex Permanent tissue

Test Total no. of Qs Time Test Pattern

Fortnightly Test60 (15 from each

subject)1 hr

Single Objective (MCQ

Type)

AIATS180 (45 from each

subject)3 hr


Type)

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: 2.1

Introduction 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: 1.2

Eukaryotic cell part-1

Lecture Code: 1.3


Lecture Code: 1.4



Daily Schedule for Long Term Students : Repeater Course (Phase-03) for NEET 2021

August-October- 2020 - English (New Version)

4-Aug-20 Tuesday



subject)1 hr


Type)


subject)3 hr


Type)




Physics1. Physical World

2. Units & Measurements

Lecture Code: 1.1

Physical World

Lecture Code: 2.1

Introduction to physical

quantities

Lecture Code: 2.2

Methods of measurement

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

Botany 1. Cell - The unit of life

Lecture Code: 1.1


Lecture Code: 1.2


Lecture Code: 1.3


Lecture Code: 1.4



5-Aug-20 Wednesday



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry1. Some Basic Concepts of

Chemistry

Lecture Code: 1.1

Application and importance of

chemistry

Lecture Code: 1.2

Laws of chemical combination


Zoology

1. Structural Organisation in

Animals

2. Biomolecules

Lecture Code: 1.1

Epithelial tissue and its types

Lecture Code: 1.2

Connective tissue and its types

Lecture Code: 1.3

Muscular and nervous tissue

Lecture Code: 2.1

Introduction to Biomolecules



Chemistry

Lecture Code: 1.1

Application and importance of

chemistry

Lecture Code: 1.2

Laws of chemical combination


Zoology

1. Structural Organisation in

Animals

2. Biomolecules

Lecture Code: 1.1

Epithelial tissue and its types

Lecture Code: 1.2

Connective tissue and its types

Lecture Code: 1.3

Muscular and nervous tissue

Lecture Code: 2.1

Introduction to Biomolecules


8-Aug-20 Saturday

9-Aug-20 Sunday

6-Aug-20 Thursday

7-Aug-20 Friday

Revision Day



subject)1 hr


Type)


subject)3 hr


Type)




Physics 2. Units & Measurements

Lecture Code: 2.3 Error in

Measurement

Lecture Code: 2.4

Significant figures & dimensional

analysis

Lecture Code: 2.5

Application of dimensional

analysis


Botany1. Cell - The unit of life

2. Cell cycle and cell division

Lecture Code: 1.5


Lecture Code: 1.6


Lecture Code: 2.1


Lecture Code: 2.2

Mitosis


10-Aug-20 Monday



subject)1 hr


Type)


subject)3 hr


Type)




Physics 2. Units & Measurements

Lecture Code: 2.3 Error in

Measurement

Lecture Code: 2.4

Significant figures & dimensional

analysis

Lecture Code: 2.5

Application of dimensional

analysis


Botany1. Cell - The unit of life

2. Cell cycle and cell division

Lecture Code: 1.5


Lecture Code: 1.6


Lecture Code: 2.1


Lecture Code: 2.2

Mitosis


12-Aug-20 Wednesday

11-Aug-20 Tuesday

Revision Day



subject)1 hr


Type)


subject)3 hr


Type)





Chemistry

Lecture Code: 1.3 Mole Concept

Lecture Code: 1.4

Law of chemical equivalence

Lecture Code: 1.5

Percentage composition and

empirical formula


Zoology 2. Biomolecules

Lecture Code: 2.2

Biomolecules- Proteins

Lecture Code: 2.3

Biomolecules- Lipids

Lecture Code: 2.4

Biomolecules- Nucleic acids

Lecture Code: 2.5

Biomolecules- Enzymes-I


13-Aug-20 Thursday



subject)1 hr


Type)


subject)3 hr


Type)





Chemistry

Lecture Code: 1.3 Mole Concept

Lecture Code: 1.4

Law of chemical equivalence

Lecture Code: 1.5

Percentage composition and

empirical formula


Zoology 2. Biomolecules

Lecture Code: 2.2

Biomolecules- Proteins

Lecture Code: 2.3

Biomolecules- Lipids

Lecture Code: 2.4

Biomolecules- Nucleic acid

Lecture Code: 2.5

Biomolecules- Enzyme-I


15-Aug-20 Saturday

16-Aug-20 SundayRevision Day

14-Aug-20 Friday



subject)1 hr


Type)


subject)3 hr


Type)




Physics 3. Motion in a straight line

Lecture Code: 3.1

Motion in a straight line

Lecture Code: 3.2

Speed and velocity

Lecture Code: 3.3

Speed and velocity continued

Lecture Code: 3.4

Calculus continued


Botany2. Cell cycle and cell division

3. Living world

Lecture Code: 2.3

Meiosis

Lecture Code: 3.1

Introduction

Lecture Code: 3.2

Biodiversity

Lecture Code: 3.3

Taxonomic hierarchy


17-Aug-20 Monday



subject)1 hr


Type)


subject)3 hr


Type)




Physics 2. Cell cycle and cell division

3. Motion in a straight line

Lecture Code: 3.1

Motion in a straight line

Lecture Code: 3.2

Speed and velocity

Lecture Code: 3.3

Speed and velocity continued

Lecture Code: 3.4

Calculus continued


Botany2. Cell cycle and cell division

3. Living world

Lecture Code: 2.3

Meiosis

Lecture Code: 3.1

Introduction

Lecture Code: 3.2

Biodiversity

Lecture Code: 3.3

Taxonomic hierarchy


19-Aug-20 Wednesday

18-Aug-20 Tuesday

Revision Day



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry

1. Some Basic Concepts of

Chemistry

2. Structure of Atom

Lecture Code: 1.6

Stoichiometry

Lecture Code: 1.7

Reactions in Solutions

Lecture Code: 2.1

Discovery of subatomic particles


Zoology2. Biomolecules

3. Digestion and Absorption

Lecture Code: 2.6

Biomolecules- Enzymes II

Lecture Code: 3.1

Anatomy of Digestive System I

Lecture Code: 3.2

Anatomy of Digestive System II

Lecture Code: 3.3

Physiology of Digestion I


20-Aug-20 Thursday



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry

1. Some Basic Concepts of

Chemistry


Lecture Code: 1.6

Stoichiometry

Lecture Code: 1.7

Reactions in Solutions

Lecture Code: 2.1

Discovery of subatomic particles


Zoology2. Biomolecules


Lecture Code: 2.6

Biomolecules- Enzyme II

Lecture Code: 3.1

Anatomy of Digestive System I

Lecture Code: 3.2

Anatomy of Digestive System II

Lecture Code: 3.3

Physiology of Digestion I


22-Aug-20 Saturday

23-Aug-20 Sunday

21-Aug-20 Friday

Revision Day



subject)1 hr


Type)


subject)3 hr


Type)





Lecture Code: 3.5

Complex integration numericals

Lecture Code: 3.6

Acceleration

Lecture Code: 3.7

Application of calculus(Part-A)

Lecture Code: 3.8

Application of calculus(Part-B)


Botany 3. Living world

4. Biological classification

Lecture Code: 3.4

Taxonomic aids

Lecture Code: 3.5

Taxonomic aids(1)

Lecture Code: 4.1

Kingdom systems of classification

Lecture Code: 4.2

Monera


24-Aug-20 Monday



subject)1 hr


Type)


subject)3 hr


Type)





Lecture Code: 3.5

Complex integration numericals

Lecture Code: 3.6

Acceleration

Lecture Code: 3.7

Application of calculus(Part-A)

Lecture Code: 3.8

Application of calculus(Part-B)


Botany 3. Living world

4. Biological classification

Lecture Code: 3.4

Taxonomic aids

Lecture Code: 3.5

Taxonomic aids(1)

Lecture Code: 4.1

Kingdom systems of classification

Lecture Code: 4.2

Monera


26-Aug-20 Wednesday

25-Aug-20 Tuesday

Revision Day



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry2. Structure of Atom

Lecture Code: 2.2

Different models of atom,

Maxwell's wave theory and

Planck's quantum theory

Lecture Code: 2.3

Atomic spectrum and dual

nature Lecture Code: 2.4

Bohr's model and dual nature of

matter


Zoology


4. Breathing and Exchange

of Gases

Lecture Code: 3.4 Physiology of

Digestion II

Lecture Code: 4.1

Breathing and Exchange of gases

Lecture Code: 4.2

Process of Respiration

Lecture Code: 4.3

Process of Respiration contd.


27-Aug-20 Thursday



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry2. Structure of Atom

Lecture Code: 2.2

Different models of atom,

Maxwell's wave theory and

Planck's quantum theory

Lecture Code: 2.3

Atomic spectrum and dual

nature

Lecture Code: 2.4

Bohr's model and dual nature of

matter


Zoology



of Gases

Lecture Code: 3.4 Physiology of

Digestion II

Lecture Code: 4.1

Breathing and Exchange of gases

Lecture Code: 4.2

Process of Respiration

Lecture Code: 4.3

Process of Respiration contd.


29-Aug-20 Saturday

30-Aug-20 Sunday

28-Aug-20 Friday

Revision Day



subject)1 hr


Type)


subject)3 hr


Type)





Lecture Code: 3.9

Kinematics / Equation of Motion

Lecture Code: 3.10

Motion under gravity

Lecture Code: 3.11

Galileo Law of Odd no

Lecture Code: 3.12

Graphs


Botany 4. Biological classification

Lecture Code: 4.3

Monera(1)

Lecture Code: 4.4

Monera(2)

Lecture Code: 4.5

Eubacteria

Lecture Code: 4.6

Protista(Photosynthetic Protists)


31-Aug-20 Monday



subject)1 hr


Type)


subject)3 hr


Type)





Lecture Code: 3.9

Kinematics / Equation of Motion

Lecture Code: 3.10

Motion under gravity

Lecture Code: 3.11

Galileo Law of Odd no

Lecture Code: 3.12

Graphs



Lecture Code: 4.3

Monera(1)

Lecture Code: 4.4

Monera(2)

Lecture Code: 4.5

Eubacteria

Lecture Code: 4.6

Protista(Photosynthetic Protists)


2-Sep-20 Wednesday

1-Sep-20 Tuesday

Fortnightly Test-01



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry


3. Classification of Elements

and Periodicity in

Properties

Lecture Code: 2.5

Heisenberg's uncertainity

principle and quantum

mechanical model

Lecture Code: 2.6

Some Important graphs and

electronic configuration

Lecture Code: 3.1

Genesis of classification and

modern periodic table


Zoology


of Gases

5. Body fluids and

circulation

Lecture Code: 4.4

Mechanism of Regulation

Lecture Code: 5.1

Body Fluids Part-1

Lecture Code: 5.2

Body Fluids Part-2

Lecture Code: 5.3

Circulatory system


3-Sep-20 Thursday



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry



and Periodicity in

Properties

Lecture Code: 2.5

Heisenberg's uncertainity

principle and quantum

mechanical model

Lecture Code: 2.6

Some Important graphs and

electronic configuration

Lecture Code: 3.1

Genesis of classification and

modern periodic table


Zoology


of Gases

5. Body fluids and

circulation

Lecture Code: 4.4

Mechanism of Regulation

Lecture Code: 5.1

Body Fluids Part-1

Lecture Code: 5.2

Body Fluids Part-2

Lecture Code: 5.3

Circulatory system


5-Sep-20 Saturday

6-Sep-20 Sunday

4-Sep-20 Friday

Revision Day



subject)1 hr


Type)


subject)3 hr


Type)





Lecture Code: 3.13

Variation of slope

Lecture Code: 3.14

Graphical analysis of motion

(part-I)

Lecture Code: 3.15


(part-II)

Lecture Code: 3.16

Acceleration-time graph

Lecture Code: 3.17

Relative velocity in 1D



Lecture Code: 4.7

Protista(Decomposer Protists)

Lecture Code: 4.8

Fungi

Lecture Code: 4.9

Fungi(1)

Lecture Code: 4.10

Fungi(2)

Lecture Code: 4.11

Fungi(3)


7-Sep-20 Monday



subject)1 hr


Type)


subject)3 hr


Type)





Lecture Code: 3.13

Variation of slope

Lecture Code: 3.14


(part-I)

Lecture Code: 3.15


(part-II)

Lecture Code: 3.16

Acceleration-time graph

Lecture Code: 3.17

Relative velocity in 1D



Lecture Code: 4.7

protista(Decomposer Protists)

Lecture Code: 4.8

Fungi

Lecture Code: 4.9

Fungi(1)

Lecture Code: 4.10

Fungi(2)

Lecture Code: 4.11

Fungi(3)


9-Sep-20 Wednesday

8-Sep-20 Tuesday

Revision Day



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry


and Periodicity in

Properties

4. Chemical Bonding and

Molecular Structure

Lecture Code: 3.2

Properties of elements & their

variation in Modern periodic

table

Lecture Code: 4.1

Types of Chemical bonding

Lecture Code: 4.2

VSEPR theory and dipole

moment


Zoology

5. Body fluids and

circulation

6. Excretory products and

their Elimination

Lecture Code: 5.4

Regulation of cardiac activity

Lecture Code: 5.5

Circulatory pathways

Lecture Code: 6.1

Role of excretion & Regulation of

solutes & water

Lecture Code: 6.2

Evolution of vertebrate kidneys

& Human excretory system


10-Sep-20 Thursday



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry


and Periodicity in

Properties


Molecular Structure

Lecture Code: 3.2

Properties of elements & their

variation in Modern periodic

table

Lecture Code: 4.1

Types of Chemical bonding

Lecture Code: 4.2

VSEPR theory and dipole

moment


Zoology

5. Body fluids and

circulation


their Elimination

Lecture Code: 5.4

Regulation of cardiac activity

Lecture Code: 5.5

Circulatory pathways

Lecture Code: 6.1

Role of excretion & Regulation of

solutes & water

Lecture Code: 6.2

Evolution of vertebrate kidneys

& Human excretory system


12-Sep-20 Saturday

13-Sep-20 SundayRevision Day

11-Sep-20 Friday



subject)1 hr


Type)


subject)3 hr


Type)




Physics 4. Motion in a plane

Lecture Code: 4.1

Scalar and Vector

Lecture Code: 4.2

Arithmetics of Vectors: Addition

Lecture Code: 4.3

Arithmetics of Vectors:

Subtraction, Resolution of Vector

Lecture Code: 4.4

Numerical based on Arithmetics

of Vectors

Lecture Code: 4.5

Introduction of Motion in plane,

velocity and acceleration in 2-D

Motion

Lecture code: 4.6

Projectile motion: Part A

Lecture code: 4.7

Projectile motion: Part B


Botany4. Biological classification

plants

Lecture Code: 4.12

Fungi(4)

Lecture Code: 4.13


The Root

Lecture Code: 5.2

Stem


14-Sep-20 Monday

5. Morphology of flowering Lecture Code: 5.1



subject)1 hr


Type)


subject)3 hr


Type)





Lecture Code: 4.1

Scalar and Vector

Lecture Code: 4.2

Arithmetics of Vectors: Addition

Lecture Code: 4.3

Arithmetics of Vectors:

Subtraction, Resolution of Vector

Lecture Code: 4.4

Numerical based on Arithmetics

of Vectors

Lecture Code: 4.5

Introduction of Motion in plane,

velocity and acceleration in 2-D

Motion

Lecture code: 4.6

Projectile motion: Part A

Lecture code: 4.7

Projectile motion: Part B


Botany4. Biological classification

plants

Lecture Code: 4.12

Fungi(4)

Lecture Code: 4.13


The Root

Lecture Code: 5.2

Stem


16-Sep-20 Wednesday

15-Sep-20 Tuesday

Fortnightly Test-02

5. Morphology of flowering Lecture Code: 5.1



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry4. Chemical Bonding and

Molecular Structure

Lecture Code: 4.3

Resonance and Valence bond

theory

Lecture Code: 4.4

Hybridisation

Lecture Code: 4.5

Hybridisation in different

molecules


Zoology


their Elimination

7. Locomotion and

Movement

Lecture Code: 6.3

Mechanism of Urine formation

Lecture Code: 6.4

Regulation of Urine formation

Lecture Code: 7.1

Introduction to Locomotion &

Movement

Lecture Code: 7.2

Mechanism of Muscle

contraction & its types


17-Sep-20 Thursday



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry4. Chemical Bonding and

Molecular Structure

Lecture Code: 4.3

Resonance and Valence bond

theory

Lecture Code: 4.4

Hybridisation

Lecture Code: 4.5

Hybridisation in different

molecules


Zoology


their Elimination

7. Locomotion and

Movement

Lecture Code: 6.3

Mechanism of Urine formation

Lecture Code: 6.4

Regulation of Urine formation

Lecture Code: 7.1

Introduction to Locomotion &

Movement

Lecture Code: 7.2

Mechanism of Muscle

contraction & its types


19-Sep-20 Saturday

20-Sep-20 Sunday

18-Sep-20 Friday

Revision Day



subject)1 hr


Type)


subject)3 hr


Type)





Lecture Code: 4.8

Projectile Motion: Part C

Lecture Code: 4.9

Projectile motion as plane

inclined

Lecture code: 4.10

Horizontal Projection, Circular

motion

Lecture code: 4.11

Uniform and non-uniform

circular motion radius of

curvature

Lecture Code: 4.12

Relative motion in 2-D motion:

Part-A

Lecture Code: 4.13


Part-B


Botany

plants

Lecture Code: 5.3

Leaf

Lecture Code: 5.4

Inflorescence

Lecture Code: 5.5

lower

Lecture Code: 5.6

Male and female reproductive

part, placentation


21-Sep-20 Monday

5. Morphology of flowering



subject)1 hr


Type)


subject)3 hr


Type)





Lecture Code: 4.8

Projectile Motion: Part C

Lecture Code: 4.9

Projectile motion as plane

inclined

Lecture code: 4.10

Horizontal Projection, Circular

motion

Lecture code: 4.11

Uniform and non-uniform

circular motion radius of

curvature

Lecture Code: 4.12

Relative motion in 2-D motion :

Part-A

Lecture Code: 4.13


Part-B


Botany

plants

Lecture Code: 5.3

Leaf

Lecture Code: 5.4

Inflorescence

Lecture Code: 5.5

lower

Lecture Code: 5.6

Male and female reproductive

part, placentation


23-Sep-20 Wednesday

22-Sep-20 Tuesday

Revision Day




subject)1 hr


Type)


subject)3 hr


Type)




Chemistry


Molecular Structure

5. States of Matter

Lecture Code: 4.6

Molecular orbital theory

Lecture Code: 4.7

Molecular orbital theory and

hydrogen bonding

Lecture Code: 5.1

Intermolecular forces and

thermal energy


Zoology7. Locomotion and

Movement

8. Neural control and

coordination

Lecture Code: 7.3

Human Skeletal system

Lecture Code: 8.1

Neural System

Lecture Code: 8.2

Central Nervous System I

Lecture Code: 8.3

Central Nervous System II


24-Sep-20 Thursday



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry


Molecular Structure

5. States of Matter

Lecture Code: 4.6

Molecular orbital theory

Lecture Code: 4.7

Molecular orbital theory and

hydrogen bonding

Lecture Code: 5.1

Intermolecular forces and

thermal energy


Zoology7. Locomotion and

Movement

8. Neural control and

coordination

Lecture Code: 7.3

Human Skeletal system

Lecture Code: 8.1

Neural System

Lecture Code: 8.2

Central Nervous System I

Lecture Code: 8.3

Central Nervous System II


26-Sep-20 Saturday

27-Sep-20 Sunday

25-Sep-20 Friday

Revision Day



subject)1 hr


Type)


subject)3 hr


Type)




Physics5. Laws of Motion

Lecture code: 5.1

Introduction to forces & Laws of

Motion

Lecture code: 5.2

Newton's 3rd Law & Importance

Lecture code: 5.3

Problem Solving Technique

Lecture Code: 5.4

Pulley & Constraint Motion


Botany plants

plants

Lecture Code: 5.7

Fruits

ecture Code: 5.8

eeds

Lecture Code: 6.1

Tissues

Lecture code: 6.2

Permanent tissue


28-Sep-20 Monday


6. Anatomy of flowering



subject)1 hr


Type)


subject)3 hr


Type)




Physics5. Laws of Motion

Lecture code: 5.1

Introduction to forces & Laws of

Motion

Lecture code: 5.2

Newton's 3rd Law & Importance

Lecture code: 5.3

Problem Solving Technique

Lecture Code: 5.4

Pulley & Constraint Motion


Botany plants

plants

Lecture Code: 5.7

Fruits

Lecture Code: 5.8

Lecture Code: 6.1

Tissues

Lecture code: 6.2

Permanent tissue


30-Sep-20 Wednesday

29-Sep-20 Tuesday

Fortnightly Test-03

5. Morphology of flowering Seeds




subject)1 hr


Type)


subject)3 hr


Type)




Chemistry5. States of Matter

Lecture Code: 5.2

The gas laws

Lecture Code: 5.3

Dalton's law, Graham's law and

KMTG

Lecture Code: 5.4

Different type of velocities and

real gas equation

Lecture Code: 5.5

Compressibility factor and liquid

state


Zoology8. Neural control and

coordination

9. Chemical coordination

and integration

Lecture Code: 8.4

Sensory reception and

processing

Lecture Code: 8.5


Lecture Code: 8.6

Hearing, gustation and olfaction

Lecture Code: 9.1

Endocrine Glands(I) and

Hormones


1-Oct-20 Thursday



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry5. States of Matter

Lecture Code: 5.2

The gas laws

Lecture Code: 5.3

Dalton's law, Graham's law and

KMTG

Lecture Code: 5.4

Different type of velocities and

real gas equation

Lecture Code: 5.5

Compressibility factor and liquid

state

Can Revise YES (MUST) YES (MUST)

Zoology8. Neural control and

coordination


and integration

Lecture Code: 8.4

Sensory reception and

processing

Lecture Code: 8.5


Lecture Code: 8.6

Hearing, gustation and olfaction

Lecture Code: 9.1

Endocrine Glands(I) and

Hormones

Can Revise YES (MUST) YES (MUST)

3-Oct-20 Saturday

4-Oct-20 Sunday

2-Oct-20 Friday

Revision Day

AIATS-01 (Practice Test)

NA

NA



subject)1 hr


Type)


subject)3 hr


Type)




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 system


Botany

plants

7. Plant kingdom

Lecture Code: 6.3

Lecture Code: 6.4


Lecture code: 6.5


Lecture Code: 7.1

Plant kingdom introduction


5-Oct-20 Monday


Complex Permanent tissue



subject)1 hr


Type)


subject)3 hr


Type)




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 system


Botany

plants

7. Plant kingdom

Lecture Code: 6.3

Lecture Code: 6.4


Lecture code: 6.5


Lecture Code: 7.1

Plant kingdom introduction


7-Oct-20 Wednesday

6-Oct-20 Tuesday

Revision Day


Complex Permanent tissue



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry6. Thermodynamics

Lecture Code: 6.1


Lecture Code: 6.2


Lecture Code: 6.3

Internal energy change and

enthalpy change

Lecture Code: 6.4

Thermodynamic reaction and

heat capacity


Zoology


and integration

10. Animal Kingdom (non-

chordates)

Lecture Code: 9.2

Endocrine Glands(II) and

Mechanism of Hormone Action

Lecture Code: 10.1

Kingdom Animalia- Basis

of Classification

Lecture Code: 10.2

Phylum Porifera

Lecture Code: 10.3

Phylum Cnidaria


8-Oct-20 Thursday



subject)1 hr


Type)


subject)3 hr


Type)




Chemistry6. Thermodynamics

Lecture Code: 6.1


Lecture Code: 6.2


Lecture Code: 6.3

Internal energy change and

enthalpy change

Lecture Code: 6.4

Thermodynamic reaction and

heat capacity


Zoology


and integration

10. Animal Kingdom (non-

chordates

Lecture Code: 9.2

Endocrine Glands (II) and

Mechanism of Hormone Action

Lecture Code: 10.1

Kingdom Animalia- Basis

of Classification

Lecture Code: 10.2

Phylum Porifera

Lecture Code: 10.3

Phylum Cnidaria


10-Oct-20 Saturday

11-Oct-20 Sunday

9-Oct-20 Friday

Revision Day

AIATS-01

RM -03

Test No. Test Date

Physics Chemistry Botany Zoology

Fortnightly Test-01

Physical World

Units & Measurements, Motion in a

Straight Line:

Introduction, Speed and Velocity.

Some Basic Concepts of Chemistry

Cell : The Unit of Life

Cell Cycle and Cell Division:

Introduction, Cell cycle–phases of

cell cycle, Mitosis

Structural Organisation in

Animals:Animal tissues,

Biomolecules-I: Introduction to

biomolecules, primary and

secondary metabolites ,

Carbohydrates, Lipids and Proteins

Fortnightly Test-02 16th Sep

Motion in a Straight Line: 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,Relative velocity in one

dimension

Structure of Atom

Cell Cycle and Cell Division:

Meiosis– Definition, meiosis-I,

meiosis-II and significance.

The Living world

Biomolecules-II: Nucleic acids ,

Enzymes,Cofactors, Digestion &

Absorption,Breathing and

Exchange of Gases

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

Repeater Medical (Phase-03) : Planner for Fortnightly Test and AIATS - 2020-2021

August- October - 2020Day Topic

Wednesday

Wednesday

2nd Sep

RM -03

Test No. Test Date

Physics Chemistry Botany Zoology

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

Repeater Medical (Phase-03) : Planner for Fortnightly Test and AIATS - 2020-2021

August- October - 2020Day Topic

Fortnightly Test-03 30th Sep Motion in a Plane

Classification of elements and

periodicity in properties,

Chemical bonding and molecular

structure.

Biological Classification

Body Fluids and Circulation,

Excretory Products and their

Elimination

AIATS - 01

(Practice Test)4th Oct

Physical World, Units &

Measurements, Motion in a Straight

Line , Motion in a Plane

Some basic concepts of chemistry,

Structure of Atom,




structure.

Cell: the Unit of Life, Cell Cycle and

Cell Division, The living

world,


Animals–Animal Tissues,

Biomolecules, Digestion &

Absorption

AIATS - 0111th Oct

Physical World, Units &

Measurements, Motion in a Straight

Line , Motion in a Plane

Some basic concepts of chemistry,

Structure of Atom,




structure.

Cell: the Unit of Life, Cell Cycle and

Cell Division, The living

world,


Animals–Animal Tissues,

Biomolecules, Digestion &

Absorption

Wednesday

Sunday

Sunday

Documents

Weekly Study Planner · 3.1 Introduction Chapter 3: Living world 3.2 Biodiversity 3.3 Taxonomic hierarchy Chapter 2: Biomolecules 2.6 Biomolecules- Enzyme II Chapter 3: Digestion