A From Managing Director's Desk...2. Sexual reproduction in flowering plants Lecture Code: 2.1...

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.

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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

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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

Physics 1. Electric charges & fields

Lecture Code: 1.1Electric charges & properties of chargesLecture Code: 1.2Coulomb's Law and its Properties

YES Optional NAAsk an Expert (All Day)

Botany 1. Reproduction in organisms

Lecture Code: 1.1IntroductionLecture Code: 1.2Asexual reproduction



Lecture Code: 1.1Electric charges & properties of chargesLecture Code: 1.2Coulomb's Law and its Properties

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


Lecture Code: 1.1IntroductionLecture Code: 1.2Asexual reproduction


Chemistry1. Solid State

Lecture Code: 1.1Types of solids and Unit CellsLecture Code: 1.2Different Type of Packing


Zoology1. Reproduction in Organisms, 2. Human Reproduction

Lecture Code: 1.1Reproduction- asexual and sexualLecture Code: 2.1Human Reproductive System I



Lecture Code: 1.1Types of solids and Unit CellsLecture Code: 1.2Different Type of Packing


Zoology1. Reproduction in Organisms, 2. Human Reproduction

Lecture Code: 1.1Reproduction- asexual and sexualLecture Code: 2.1Human Reproductive System I


6-Apr-20 Monday

Fortnightly Test60 (15 from each

subject)1 hr Single Objective(MCQ Type)

4-Apr-20 Saturday

2-Apr-20 Thursday

3-Apr-20 Friday

5-Apr-20 Sunday

Revision Day

Daily Schedule for Long Term Students : Class XII for NEET 2021April - May 2020 - English (New Version)







Lecture Code: 1.3Application's & Vector form of Coulomb's lawLecture Code: 1.4Super position Principle



Lecture Code: 1.3Asexual reproduction (1)Lecture Code: 1.4Sexual reproduction



Lecture Code: 1.3Application's & Vector form of Coulomb's lawLecture Code: 1.4Super position Principle



Lecture Code: 1.3Asexual reproduction (1)Lecture Code: 1.4Sexual reproduction


9-Apr-20 Thursday


Lecture Code: 1.3Ionic solids, voids and radius ratiosLecture Code: 1.4Coordination number and density


Zoology 2. Human Reproduction

Lecture Code: 2.2Human Reproductive System IILecture Code: 2.3Gametogenesis



Lecture Code: 1.3Ionic solids, voids and radius ratiosLecture Code: 1.4Coordination number and density



Lecture Code: 2.2Human Reproductive System IILecture Code: 2.3Gametogenesis


12-Apr-20 Sunday

13-Apr-20 Monday

7-Apr-20 Tuesday

11-Apr-20 Saturday

8-Apr-20 Wednesday

10-Apr-20 Friday

Revision Day

Revision Day







Lecture Code: 1.5Electric FieldLecture Code: 1.6Numerical problems on electric field


Botany2. Sexual reproduction in flowering plants

Lecture Code: 2.1introduction and microsporogenesisLecture Code: 2.2pre-fertilization structure and events.



Lecture Code: 1.5Electric FieldLecture Code: 1.6Numerical problems on electric field



Lecture Code: 2.1introduction and microsporogenesisLecture Code: 2.2pre-fertilization structure and events.


16-Apr-20 Thursday

Chemistry1. Solid State, 2. Solutions

Lecture Code: 1.5Defects and PropertiesLecture Code: 2.1Types of solutions and Henry's law



Lecture Code: 2.4Types of eggs and FertilizationLecture Code: 2.5Embryonic development and Implantation


Chemistry1. Solid State, 2. Solutions

Lecture Code: 1.5Defects and PropertiesLecture Code: 2.1Types of solutions and Henry's law



Lecture Code: 2.4Types of eggs and FertilizationLecture Code: 2.5Embryonic development and Implantation


19-Apr-20 Sunday

20-Apr-20 Monday

17-Apr-20 Friday

18-Apr-20 Saturday

14-Apr-20 Tuesday

15-Apr-20 Wednesday

Revision Day

Fortnightly Test-01

Revision Day







Lecture Code: 1.7Electric DipoleLecture Code: 1.8Torque, force acting an electric dipole and P.W assosiated with dipole



Lecture Code: 2.3pre-fertilization structure and events.(1)Lecture Code: 2.4pre-fertilization structure and events.(2)



Lecture Code: 1.7Electric DipoleLecture Code: 1.8Torque, force acting an electric dipole and P.W assosiated with dipole



Lecture Code: 2.3pre-fertilization structure and events.(1)Lecture Code: 2.4pre-fertilization structure and events.(2)


23-Apr-20 Thursday

Chemistry 2. Solutions

Lecture Code: 2.2Raoult's lawLecture Code: 2.3Colligative Properties


Zoology2. Human Reproduction, 3. Reproductive Health

Lecture Code: 2.6Gastrulation, Placentation, Parturition and LactationLecture Code: 3.1Problems and Strategies & Population Explosion



Lecture Code: 2.2Raoult's lawLecture Code: 2.3Colligative Properties


Zoology2. Human Reproduction, 3. Reproductive Health

Lecture Code: 2.6Gastrulation, Placentation, Parturition and LactationLecture Code: 3.1Problems and Strategies & Population Explosion


22-Apr-20 Wednesday

24-Apr-20 Friday

21-Apr-20 Tuesday

25-Apr-20 Saturday

Revision Day






26-Apr-20 Sunday

27-Apr-20 Monday


Lecture Code: 1.9Dipole oscillation and motion of charge particle in electric fieldLecture Code: 1.10Electric Field due to continuous charge distribution (I)



Lecture Code: 2.5pre-fertilization structure and events.(3),pollen-pistil interaction.Lecture Code: 2.6Fertilization,post-fertilization events.



Lecture Code: 1.9Dipole oscillation and motion of charge particle in electric fieldLecture Code: 1.10Electric Field due to continuous charge distribution (I)



Lecture Code: 2.5pre-fertilization structure and events.(3),pollen-pistil interaction.Lecture Code: 2.6Fertilization,post-fertilization events.


30-Apr-20 Thursday


Lecture Code: 2.4Colligative PropertiesLecture Code: 2.5Van't Hoff's Factor and Abnormal Molecular Masses


Zoology3. Reproductive Health, 4. Evolution

Lecture Code: 3.2MTP, STIs and ARTLecture Code: 4.1Evolution-Origin of life


28-Apr-20 Tuesday

29-Apr-20 Wednesday

1-May-20 Friday

Revision Day

Revision Day







Lecture Code: 2.4Colligative PropertiesLecture Code: 2.5Van't Hoff's Factor and Abnormal Molecular Masses


Zoology3. Reproductive Health, 4. Evolution

Lecture Code: 3.2MTP, STIs and ARTLecture Code: 4.1Evolution-Origin of life


3-May-20 Sunday

4-May-20 Monday


Lecture Code: 1.11Electric Field due to continues charge distribution (II)Lecture Code: 1.12Numerical Problems based on continuous charge distribution



Lecture Code: 2.7Post-fertilization events(1)Lecture Code: 2.8Post-fertilization events(2)



Lecture Code: 1.11Electric Field due to continues charge distribution (II)Lecture Code: 1.12Numerical Problems based on continuous charge distribution



Lecture Code: 2.7Post-fertilization events(1)Lecture Code: 2.8Post-fertilization events(2)


7-May-20 Thursday

5-May-20 Tuesday

Fortnightly Test-02

2-May-20 Saturday

6-May-20 Wednesday

Revision Day

Revision Day






Chemistry 3. Electrochemistry

Lecture Code: 3.1Electrolytic ConductanceLecture Code: 3.2Electrolysis & Faraday's laws


Zoology 4. Evolution

Lecture Code: 4.2Evidences of Evolution-ALecture Code: 4.3Evidences of Evolution-B



Lecture Code: 3.1Electrolytic ConductanceLecture Code: 3.2Electrolysis & Faraday's laws



Lecture Code: 4.2Evidences of Evolution-ALecture Code: 4.3Evidences of Evolution-B


10-May-20 Sunday

11-May-20 Monday


Lecture Code: 1.13Electric field linesLecture Code: 1.14Area vector and introduction to Electric Flux


Botany3. Principles of inheritance and variation

Lecture Code: 3.1IntroductionLecture Code: 3.2Inheritance of one gene



Lecture Code: 1.13Electric field linesLecture Code: 1.14Area vector and introduction to Electric Flux



Lecture Code: 3.1IntroductionLecture Code: 3.2Inheritance of one gene


14-May-20 Thursday

Saturday

8-May-20 Friday

Revision Day

Revision Day

12-May-20 Tuesday

13-May-20 Wednesday

9-May-20






Chemistry3. Electrochemistry

Lecture Code: 3.3Electrochemical seriesLecture Code: 3.4Nernst Equation and its applications



Lecture Code: 4.4Theories of Evolution ILecture Code: 4.5Theories of Evolution II



Lecture Code: 3.3Electrochemical seriesLecture Code: 3.4Nernst Equation and its applications



Lecture Code: 4.4Theories of Evolution ILecture Code: 4.5Theories of Evolution II


17-May-20 Sunday

18-May-20 Monday


Lecture Code: 1.15Electric Flux and Gauss lawLecture Code: 1.16Gauss law and its applications



Lecture Code: 3.3Exceptions to mendelian principlesLecture Code: 3.4Exceptions to mendelian principles(1)



Lecture Code: 1.15Electric Flux and Gauss lawLecture Code: 1.16Gauss law and its applications



Lecture Code: 3.3Exceptions to mendelian principlesLecture Code: 3.4Exceptions to mendelian principles(1)


21-May-20 Thursday

20-May-20 Wednesday

Revision Day

Fortnightly Test-03

Revision Day

19-May-20 Tuesday

15-May-20 Friday

16-May-20 Saturday






Chemistry3. Electrochemistry, 4. Chemical Kinetics

Lecture Code: 3.5Cells, Batteries and CompositionLecture Code: 4.1Rate of Reaction


Zoology4. Evolution, 5. Human Health and Disease

Lecture Code: 4.6Breif account of evolution and human evolutionLecture Code: 5.1Health and Diseases


Chemistry3. Electrochemistry, 4. Chemical Kinetics

Lecture Code: 3.5Cells, Batteries and CompositionLecture Code: 4.1Rate of Reaction


Zoology4. Evolution, 5. Human Health and Disease

Lecture Code: 4.6Breif account of evolution and human evolutionLecture Code: 5.1Health and Diseases


24-May-20 Sunday

25-May-20 Monday

Physics2. Electrostatic potential and capacitance

Lecture Code: 2.1Electrostatic Potential EnergyLecture Code: 2.2Electrostatic Potential due to point charges and short dipole



Lecture Code: 3.5Gene interactionsLecture Code: 3.6Non-mendelian inheritance and chromosomal theory of inheritance


Saturday

22-May-20 Friday

Revision Day

26-May-20 Tuesday

23-May-20







Lecture Code: 2.1Electrostatic Potential EnergyLecture Code: 2.2Electrostatic Potential due to point charges and short dipole



Lecture Code: 3.5Gene interactionsLecture Code: 3.6Non-mendelian inheritance and chromosomal theory of inheritance


28-May-20 Thursday

Chemistry 4. Chemical Kinetics

Lecture Code: 4.2Factors Affecting Rate of ReactionLecture Code: 4.3Order of Reaction


Zoology 5. Human Health and Disease

Lecture Code: 5.2Common Human DiseasesLecture Code: 5.3Immunity and its types I



Lecture Code: 4.2Factors Affecting Rate of ReactionLecture Code: 4.3Order of Reaction


Zoology 5. Human Health and Disease

Lecture Code: 5.2Common Human DiseasesLecture Code: 5.3Immunity and its types I


31-May-20 Sunday

1-Jun-20 Monday Fortnightly Test-04

Revision Day

29-May-20 Friday

30-May-20 Saturday

27-May-20 Wednesday

Revision Day

Phase- 01 (CF+OYM) Version 1.0

Physics Chemistry Botany Zoology

Fortnightly Test-01

20th April Monday

Electric Charges & Field: Introduction, Electric charges, Conductors and insulators, Charging by induction, Basic properties of electric charges, Coulomb’s law, Force between multiple charges, Electric Field, Electric field due to system of charges.

Solid State: General characteristics of solid-state, Amorphous and crystalline solids. Classification of crystalline solids : Molecular, ionic, metallic and covalent solids, Crystal lattices and unit cells : Primitive and centered unit cells, Number of atoms in simple cubic, body centered and face centered cubic unit cell, Close packed structures in 2D and 3D ccp and hcp arrangements, Formula of a compound and number of voids filled, Locating tetrahedral and octahedral voids

Reproduction in Organisms : Life span, Basic features of reproduction, Asexual reproduction-Features, Methods (Binary fission, Budding, Sporulation), Vegetative propagation - Natural and artificial (cutting), Artificial (Layering & grafting), Sexual reproduction - Features, Phases of life cycle Events i.e. Pre-fertilization, Fertilization and Post-fertilization.

Reproduction in Organisms, Human Reproduction-I : Sex organs, Male reproductive system: Testes, epididymis, Vas deferens, penis, accessory glands of male reproductive system, seminal plasma and semen.

Fortnightly Test-02

4th May MondayElectric Charges & Field: Electric Dipole, Dipole in a uniform external field, Continuous charge distribution(I)

Solid State: Packing efficiency in simple cubic, hcp/ccp and bcc lattices,Calculation involving unit cell dimensions,Structure of Ionic solids,Imperfections in solids : Types of point defects, electrical and magnetic properties

Sexual Reproduction in Flowering Plants : Introduction, Flower - A fascinating organ of angiosperms, Pre-fertilization - structures and events - Stamen, Microsporangium, Microsporogenesis. Pollen grain, Development of male gametophyte, The pistil, Megasporangium (ovule), Types of ovules, Megasporogenesis, Embryo sac/Female gametophyte development, Pollination : Objective, Kinds - Autogamy, Geitonogamy, Xenogamy, Agents of pollination - Wind, Water, Insects

Human Reproduction-II: Structure of female reproductive system, fallopian tubes, uterus, vagina, female external genitalia and accessory gland of female reproductive system, Structure of mammary glands, spermatogenesis and its hormonal control, structure of mature sperm, Oogenesis and structure of ovum & ovary, Menstrual cycle: Various events and its hormonal control.

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

TopicTest No. Test Date

Carry Forward & One Year Medical : Planner for Fortnightly Test - 2020-2021April & May - 2020

Day

Phase- 01 (CF+OYM) Version 1.0


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

TopicTest No. Test Date

Carry Forward & One Year Medical : Planner for Fortnightly Test - 2020-2021April & May - 2020

Day

Fortnightly Test-03

18th May MondayElectric Charges & Field: Continuous charge distribution (II), Electric field lines, Area vector and introduction to Electric Flux

Solutions - Types of solutions, Expressing concentration of solutions. Solubility of a solid in a liquid and gas in a liquid (Henry-law), Vapour pressure of liquid solutions, Raoult's law for binary solutions. Ideal and non-ideal solutions, Colligative properties and determination of molar mass : Relative lowering of vapour pressure, Elevation of boiling point, depression of freezing point, Osmosis and osmotic pressure, reverse osmosis

Sexual Reproduction in Flowering Plants [Contd.] : Outbreeding devices, Pollen-pistil interaction, Double fertilization, Post-fertilization, structures and events - Endosperm, Embryo development, Post fertilization, structure and events - Seed, Fruit; Apomixis and Polyembryony.

Human Reproduction-III : Capacitation and acrosomal reactions, fertilisation, fast block and slow block to prevent polyspermy, embryonic development : cleavage, morula, blastula and implantation, Gastrulation, fate of three germinal layers, pregnancy and embryonic development, Major features, function and types of placenta, Parturition and lactation.

Fortnightly Test-04

1st June Monday

Electric Charges & Field: Gauss’s Law, Application of Gauss’s law. Electrostatic Potential and Capacitance: Electrostatic Potential Energy, Electrostatic Potential due to point chargesand short dipole

Solutions - Abnormal molar masses and van’t Hoff factorElectrochemistry - Electrochemical cells, Galvanic cells : S.H.E and measurement of electrode potential, Nernst equation, Equilibrium constant from Nernst equation, Gibbs free energy and electrochemical cell and Gibb's energy of the reaction

Principles of Inheritance & Variation: Introduction, Mendel’s law of inheritance, inheritance of one gene.Laws of inheritance dominance segregation, explanation of the concept of dominance.Incomplete dominance, co-dominance, multiple alleles, Pleiotropy, Inheritance of two genes, Law of independent assortment

Reproductive Health, Evolution: Theories & Evidences: Origin of universe (Big bang theory) solar system, theories of origin of life: panspermia theory, abiogenesis theory, theory of biogenesis



subject)1 hr

Single Objective (MCQ Type)

Term Exam180 (45 from each

subject)3 hr


AIATS180 (45 from each

subject)3 hr




Lecture Code: 2.3Electrostatic potential due to continuous charge distribution system and self energyLecture Code: 2.4Equipotential surface

YES Optional NA Ask an Expert (All Day)


Lecture Code: 3.7 Exception to law of independent assortmentLecture Code: 3.8Sex determination



Lecture Code: 2.3Electrostatic potential due to continuous charge distribution system and self energyLecture Code: 2.4Equipotential surface



Lecture Code: 3.7 Exception to law of independent assortmentLecture Code: 3.8Sex determination


4-Jun-20 Thursday


Lecture Code: 4.4Order of ReactionLecture Code: 4.5Effect of Temperature on Rate of Reaction


Zoology 5.Human Health and DiseaseLecture Code: 5.4Immunity and its types II


Daily Schedule for Long Term Students : Class-XII for NEET 2021June - July 2020 - English (New Version)

2-Jun-20 Tuesday

3-Jun-20 Wednesday

Revision Day

5-Jun-20 Friday



subject)1 hr



subject)3 hr



subject)3 hr





Lecture Code: 4.4Order of ReactionLecture Code: 4.5Effect of Temperature on Rate of Reaction


Zoology 5.Human Health and DiseaseLecture Code: 5.4Immunity and its types II


7-Jun-20 Sunday

8-Jun-20 Monday


Lecture Code: 2.5Various charged system in an external electric field and electrostatics of conductorLecture Code: 2.6Electrostatic shielding, Earthing and dielectrics



Lecture Code: 3.9MutationsLecture Code: 3.10Sex linked inheritance and pedigree analysis


6-Jun-20 Saturday

Revision Day

9-Jun-20 Tuesday



subject)1 hr



subject)3 hr



subject)3 hr





Lecture Code: 2.5Various charged system in an external electric field and electrostatics of conductorLecture Code: 2.6Electrostatic shielding, Earthing and dielectrics



Lecture Code: 3.9MutationsLecture Code: 3.10Sex linked inheritance and pedigree analysis


11-Jun-20 Thursday

Chemistry 5. Surface Chemistry

Lecture Code: 5.1Surface phenomenon, adsorption and absorptionLecture Code: 5.2Effect of temperature and catalyst on adsorption


Zoology 5.Human Health and DiseaseLecture Code: 5.5Immune Disorders



Lecture Code: 5.1Surface phenomenon, adsorption and absorptionLecture Code: 5.2Effect of temperature and catalyst on adsorption


Zoology 5.Human Health and DiseaseLecture Code: 5.5Immune Disorders


10-Jun-20 Wednesday

Revision Day

12-Jun-20 Friday

Saturday13-Jun-20



subject)1 hr



subject)3 hr



subject)3 hr




14-Jun-20 Sunday

15-Jun-20 Monday


Lecture Code: 2.7 Introduction to capacitanceLecture Code: 2.8Energy stored in capacitor and series-parallel combinationLecture Code: 2.9Various combinations of capacitor


Botany

3. Principles of inheritance and variation4.Molecular basis of inheritance

Lecture Code: 3.11Genetic,mendelian and chromosomal disordersLecture Code: 4.1Introduction,DNA structure


17-Jun-20 Wednesday


Lecture Code: 2.7 Introduction to capacitanceLecture Code: 2.8Energy stored in capacitor and series-parallel combinationLecture Code: 2.9Various combinations of capacitor


Botany

3. Principles of inheritance and variation4.Molecular basis of inheritance

Lecture Code: 3.11Genetic,mendelian and chromosomal disordersLecture Code: 4.1Introduction,DNA structure


Revision Day

Term Exam-01

16-Jun-20 Tuesday

18-Jun-20 Thursday



subject)1 hr



subject)3 hr



subject)3 hr





Lecture Code: 5.3ColloidsLecture Code: 5.4Properties and application of colloidal solution


Zoology 5.Human Health and DiseaseLecture Code: 5.6Drug and Alcohol: Use, abuse and hazards



Lecture Code: 5.3ColloidsLecture Code: 5.4Properties and application of colloidal solution


Zoology 5.Human Health and DiseaseLecture Code: 5.6Drug and Alcohol: Use, abuse and hazards


21-Jun-20 Sunday

22-Jun-20 Monday

Physics2. Electrostatic potential and capacitance3.Current Electricity

Lecture Code: 2.10Dielectric and common potentialsLecture Code: 2.11Van de graaff generator and previous year questionsLecture Code: 3.1Introduction to Current & Resistance


Botany4.Molecular basis of inheritance

Lecture Code: 4.2DNA packaging,search for genetic material.Lecture Code: 4.3DNA Replication


20-Jun-20 Saturday

Subjective Test-01

Revision Day

19-Jun-20 Friday

23-Jun-20 Tuesday



subject)1 hr



subject)3 hr



subject)3 hr




Physics2. Electrostatic potential and capacitance3.Current Electricity

Lecture Code: 2.10Dielectric and common potentialsLecture Code: 2.11Van de graaff generator and previous year questionsLecture Code: 3.1Introduction to Current & Resistance



Lecture Code: 4.2DNA packaging,search for genetic material.Lecture Code: 4.3DNA Replication


25-Jun-20 Thursday

Chemistry6. General Principles and Processes of Isolation of Elements

Lecture Code: 6.1Concentration of Ore and Their conversion to OxideLecture Code: 6.2Importance of Ellingham Diagram and Extraction of Metals


Zoology

6.Strategies for Enhancement in Food Production (Animal Husbandry)

Lecture Code: 6.1Animal Husbandry I


Chemistry6. General Principles and Processes of Isolation of Elements

Lecture Code: 6.1Concentration of Ore and Their conversion to OxideLecture Code: 6.2Importance of Ellingham Diagram and Extraction of Metals


Zoology


Lecture Code: 6.1Animal Husbandry I


27-Jun-20 Saturday

24-Jun-20 Wednesday

Revision Day

26-Jun-20 Friday



subject)1 hr



subject)3 hr



subject)3 hr




28-Jun-20 Sunday

29-Jun-20 Monday

Physics 3.Current Electricity

Lecture Code: 3.2Drift velocity and origin of ResistivityLecture Code: 3.3Electrical energy and power.Lecture Code: 3.4Cell, EMF and Internal Resistance



Lecture Code: 4.4Gene and TranscriptionLecture Code: 4.5Transcription Contd.


Physics 3.Current Electricity

Lecture Code: 3.2Drift velocity and origin of ResistivityLecture Code: 3.3Electrical energy and power.Lecture Code: 3.4Cell, EMF and Internal Resistance



Lecture Code: 4.4Gene and TranscriptionLecture Code: 4.5Transcription Contd.


2-Jul-20 Thursday Revision Day

Revision Day

Fortnightly Test-05

30-Jun-20 Tuesday

1-Jul-20 Wednesday



subject)1 hr



subject)3 hr



subject)3 hr




Chemistry 7. The p- Block Elements

Lecture Code: 7.1Group 15 Elements and their CompoundsLecture Code: 7.2Important compounds of Group15 elements and their properties


Zoology


Lecture Code: 6.2 Animal Husbandry II



Lecture Code: 7.1Group 15 Elements and their CompoundsLecture Code: 7.2Important compounds of Group15 elements and their properties


Zoology


Lecture Code: 6.2 Animal Husbandry II


5-Jul-20 Sunday

6-Jul-20 Monday

Physics 3. Current Electricity

Lecture Code: 3.5Application of Kirchhoff's lawLecture Code: 3.6Wheatstone Bridge, Infinite Ladder & Symmetry ProblemsLecture Code: 3.7Meter Bridge & Potentiometer



Lecture Code: 4.6Genetic CodeLecture Code: 4.7t-RNA,translation.


3-Jul-20 Friday

Revision Day

7-Jul-20 Tuesday

4-Jul-20 Saturday



subject)1 hr



subject)3 hr



subject)3 hr




Physics 3. Current Electricity

Lecture Code: 3.5Application of Kirchhoff's lawLecture Code: 3.6Wheatstone Bridge, Infinite Ladder & Symmetry ProblemsLecture Code: 3.7Meter Bridge & Potentiometer



Lecture Code: 4.6Genetic CodeLecture Code: 4.7t-RNA,translation.


9-Jul-20 Thursday


Lecture Code: 7.3Phosphorus and its compounds &Group16 elementsLecture Code: 7.4Group 16 elements(Contd.) & Compounds of Group 16 elements


Zoology 7.Biotechnology: Principles and Processes

Lecture Code: 7.1Principles of Biotechnology



Lecture Code: 7.3Phosphorus and its compounds &Group16 elementsLecture Code: 7.4Group 16 elements(Contd.) & Compounds of Group 16 elements


Zoology7.Biotechnology: Principles and Processes

Lecture Code: 7.1Principles of Biotechnology


11-Jul-20 Saturday

Revision Day

10-Jul-20 Friday

8-Jul-20 Wednesday



subject)1 hr



subject)3 hr



subject)3 hr




12-Jul-20 Sunday

13-Jul-20 Monday

Physics3. Current Electricity4.Moving Charges and Magnetism

Lecture Code: 3.8Previous year questionsLecture Code: 4.1Introduction to magnetic field and Biot savart lawLecture Code :4.2 Magnetic field due to current carrying configurations



Lecture Code: 4.8Regulation of gene expressionLecture Code: 4.9Human Genome Project


Physics3. Current Electricity4.Moving Charges and Magnetism

Lecture Code: 3.8Previous year questionsLecture Code: 4.1Introduction to magnetic field and Biot savart lawLecture Code :4.2 Magnetic field due to current carrying configurations



Lecture Code: 4.8Regulation of gene expressionLecture Code: 4.9Human Genome Project


16-Jul-20 Thursday

Revision Day

Fortnightly Test-06

14-Jul-20 Tuesday

15-Jul-20 Wednesday

Revision Day



subject)1 hr



subject)3 hr



subject)3 hr





Lecture Code: 7.5Compounds of sulphurLecture Code: 7.6Group17 elements and their compounds



Lecture Code: 7.2Processes of biotechnology



Lecture Code: 7.5Compounds of sulphurLecture Code: 7.6Group17 elements and their compounds



Lecture Code: 7.2Processes of biotechnology


19-Jul-20 Sunday

20-Jul-20 Monday

Physics4.Moving Charges and Magnetism

Lecture Code:4.3 Solenoid, Toroid, Force on a charge moving through magnetic fieldLecture Code: 4.4Lorentz forceLecture Code: 4.5Force experienced by a conductor placed in magnetic field


Botany5. Strategies for enhancement on food production

Lecture Code: 5.1Introduction,hybridisation.Lecture Code: 5.2Green revolution and plant breeding.


17-Jul-20 Friday

Saturday

AIATS-01 (Practice Test)

Revision Day

18-Jul-20

21-Jul-20 Tuesday



subject)1 hr



subject)3 hr



subject)3 hr




Physics4.Moving Charges and Magnetism

Lecture Code:4.3 Solenoid, Toroid, Force on a charge moving through magnetic fieldLecture Code: 4.4Lorentz forceLecture Code: 4.5Force experienced by a conductor placed in magnetic field


Botany5. Strategies for enhancement on food production

Lecture Code: 5.1Introduction,hybridisation.Lecture Code: 5.2Green revolution and plant breeding.


23-Jul-20 Thursday

Chemistry7. The p- Block Elements8. The d & f Block Elements

Lecture Code: 7.7Chlorine and group18 ElementsLecture Code: 8.1The general Characteristics of d-block elements and their Variation in periodic table


Zoology8.Biotechnology and its Applications

Lecture Code: 8.1Biotechnology Applications in Agriculture


Chemistry7. The p- Block Elements8. The d & f Block Elements

Lecture Code: 7.7Chlorine and group18 ElementsLecture Code: 8.1The general Characteristics of d-block elements and their Variation in periodic table



Lecture Code: 8.1Biotechnology Applications in Agriculture


Revision Day

25-Jul-20 Saturday

22-Jul-20 Wednesday

24-Jul-20 Friday



subject)1 hr



subject)3 hr



subject)3 hr




26-Jul-20 Sunday

27-Jul-20 Monday

Physics4.Moving Charges and Magnetism5.Magnetism and Matter

Lecture Code: 4.6Magnetic dipole and Torque, Galvanometer conversion into ammeter and VoltmeterLecture Code: 5.1Introduction to Magnetism and MagnetLecture Code: 5.2Potential Energy of Bar Magnet & Earth's Magnetism


Botany

5. Strategies for enhancement on food production6.Microbes in human welfare

Lecture Code: 5.3Tissue cultureLecture Code: 6.1Introduction and uses


29-Jul-20 Wednesday

AIATS-01

Revision Day

28-Jul-20 Tuesday

Revision Day



subject)1 hr



subject)3 hr



subject)3 hr




Physics4.Moving Charges and Magnetism5.Magnetism and Matter

Lecture Code: 4.6Magnetic dipole and Torque, Galvanometer conversion into ammeter and VoltmeterLecture Code: 5.1Introduction to Magnetism and MagnetLecture Code: 5.2Potential Energy of Bar Magnet & Earth's Magnetism


Botany

5. Strategies for enhancement on food production6.Microbes in human welfare

Lecture Code: 5.3Tissue cultureLecture Code: 6.1Introduction and uses


Chemistry 8.The d & f Block Elements

Lecture Code: 8.2The general Characteristics of d-block elements and their Variation in periodic table(Contd.)Lecture Code: 8.3Some important compounds of Transition elements and Inner Transition Elements



Lecture Code: 8.2Biotechnology Applications in Therapeutics


30-Jul-20 Thursday

31-Jul-20 Friday



subject)1 hr



subject)3 hr



subject)3 hr




Chemistry 8.The d & f Block Elements

Lecture Code: 8.2The general Characteristics of d-block elements and their Variation in periodic table(Contd.)Lecture Code: 8.3Some important compounds of Transition elements and Inner Transition Elements



Lecture Code: 8.2Biotechnology Applications in Therapeutics


2-Aug-20 Sunday

3-Aug-20 Monday

1-Aug-20 Saturday

Revision Day

Revision Day

Test No. Test Date Day


Electric Charges and Field,Electrostatic potential and Capacitance: Electrostatic potential energy, Electric potential due to a point charge and a short dipole.

Solid State, Solutions Reproduction in Organisms, Sexual Reproduction in Flowering Plants

Reproduction in Organisms, Human Reproduction

Electric Charges and Field,Electrostatic potential and Capacitance: Electrostatic potential energy, Electric potential due to a point charge and a short dipole.

Solid State, Solutions Reproduction in Organisms, Sexual Reproduction in Flowering Plants

Reproduction in Organisms, Human Reproduction

Term Exam-01(3 Hr. Exam on NEET Pattern : 180 MCQs, 45 MCQs from each Subject - Phy, Chem, Bot, Zoo)

21st June Sunday

Subjective Test-01 (Home assignment)


Phase-01 (CF+OYM)

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

Carry Forward and One Year Medical (Phase-01) : Planner for Fortnightly Test, Term Exam and Subjective Test - 2020-21June and July - 2020

Topic

Term Exam-01(3 Hr. Exam on NEET Pattern)

17th June Wednesday



Topic

Fortnightly Test-05 29th June Monday

Electrostatic Potential and Capacitance: Potential due to a system of charges, Equipotential surfaces, Calculating field from potential, Potential energy of a system of charges, Potential energy in an external field, Electrostatics of conductors, dielectrics and polarization, Capacitors and capacitance, The parallel plate capacitor, Effect of dielectrics on capacitance, Combination of capacitors, Energy stored in a capacitor, Van de Graaff Generator.

Electrochemistry: Electrolytic conductance, Electrolysis and Faraday's Laws, Cells, Batteries and Composition, Chemical Kinetics

Principles of Inheritance & Variation: Complementary genes, Duplicate genes, Epistasis, Polygenic inheritance, Chromosomal theory of inheritance, Linkage and recombination, Sex determination, Mutations - Gene mutation

Evolution II: Chemical origin of life, Stanley Miller’s experiment, prebiotic system coacervate and microsphere Geological time scale, evidences of evolution–Palaentological, timeline of evolution, evolution of horse, Morphological and anatomical evidences of evolution-Homologous, analogous, vestigeal organs, Evidences from connecting links, embryological evidences, biogeographical evidences, adaptive radiation

Fortnightly Test-06 13th July Monday Current Electricity

Surface ChemistryGeneral Principles and Processes of Isolation of Elements : Concentration of an ore, Hydraulic washing, Magnetic separation, Froth floatation process

Principles of Inheritance & Variation: Mutations - Chromosomal aberrations, Genomatic mutation, Genetic dissorders-pedigree analysis, Mendelian disorderChromosomal disorder, cytoplasmic inheritance.Molecular Basis of Inheritance: Introduction, The DNA-structure of polynucleotide chain, Derivation of DNA structure, DNA packaging in prokaryotes

Evolution III: Lamarck’s theory, Darwin’s theory-Darwin Novelty Mutation theory, Hardy Weinberg principle: Gene flow, gene migration, genetic drift, mutation, genetic recombination, natural selection, Speciation: Allopatric and sympatric, Brief account of evolution: Evolution of plant forms, evolutionary history of vertebrates through geological period, Human evolution, prior to ape man, Ape man to prehistoric man, prehistoric to modern man

AIATS-01(Online Practice Test)

19th July SundayElectric Charges and Fields,Electrostatic Potential and Capacitance,Current electricity

Solid State, Solutions, Electrochemistry, Chemical Kinetics

Reproduction in Organisms, Sexual Reproduction in Flowering Plants Human Reproduction



Topic

AIATS-01(Online Test) 26th July Sunday

Electric Charges and Fields,Electrostatic Potential and Capacitance,Current electricity

Solid State, Solutions, Electrochemistry, Chemical Kinetics

Reproduction in Organisms, Sexual Reproduction in Flowering Plants Human Reproduction

Electric Charges and Field,Electrostatic potential and Capacitance: Electrostatic potential energy, Electric potential due to a point charge and a short dipole [For 9 Q out of 45 Q] Electrostatic Potential and Capacitance: Potential due to a system of charges, Equipotential surfaces, Calculating field from potential, Potential energy of a system of charges, Potential energy in an external field, Electrostatics of conductors, dielectrics and polarization, Capacitors and capacitance, The parallel plate capacitor, Effect of dielectrics on capacitance, Combination of capacitors, Energy stored in a capacitor, Van de Graaff Generator Current electricity [For 36 Questions out of 45]

Solid State, Solutions [for 9 Questions out of 45 Questions]Electrochemistry, Chemical Kinetics, Surface Chemistry [For 36 Questions out of 45]

Reproduction in Organisms, Sexual Reproduction in Flowering Plants [for 9 Questions out of 45 Questions]Principles of Inheritance & Variation, Molecular Basis of Inheritance (upto DNA packaging in prokaryotes) [For 36 Questions out of 45]

Reproduction in Organisms, Human Reproduction [for 9 Questions out of 45 Questions] Reproductive Health, Evolution: [for 36 Questions out of 45 Questions]q

Wednesday

Term Exam-02(3 Hr. Exam on NEET Pattern : 180 MCQs, 45 MCQs from each Subject - Phy, Chem, Bot, Zoo)

Term Exam-02(3 Hr. Exam on NEET Pattern)

5th Aug



Topic

Electrostatic Potential and Capacitance: Potential due to a system of charges, Equipotential surfaces, Calculating field from potential, Potential energy of a system of charges, Potential energy in an external field, Electrostatics of conductors, dielectrics and polarization, Capacitors and capacitance, The parallel plate capacitor, Effect of dielectrics on capacitance, Combination of capacitors, Energy stored in a capacitor, Van de Graaff Generator Current electricity

Solid State, Solutions,Electrochemistry, Chemical Kinetics, Surface Chemistry

Principles of Inheritance & Variation, Molecular Basis of Inheritance (upto DNA packaging in prokaryotes)

Reproductive Health, Evolution


9th Aug Sunday


Physics

Chapter 5: Magnetism and Matter

5.3 Neutral points and Tangent Law

5.4 Magnetisation & Materials

Physics

Chapter 6: Electromagnetic Induction

□

□

Chemistry

Chapter 9: Coordination Compound

9.1 Werner's Theory and terminology

9.2 Nomenclature

9.3 Isomerism

9.4 Valence bond theory

Chemistry

Chapter 9: Coordination Compound

4th Aug., - 10th Aug., 2020

Botany

Chapter 6: Microbes in human welfare

□ 6.2 Microbes in sewage treatment

□

□

□

Zoology

□

11th Aug., - 17th Aug., 2020

Botany Zoology

Chapter 6: Microbes in human welfare

6.1 Introduction to Electromagnetic □ 9.5 Crystal Field Theory and Jahn-Teller □ 6.3 Microbes in biogas production □

induction Effect

6.2 Motional Electromotive Force □

6.3 Eddy currents, Inductance and □

Combination of Inductors

6.4 Series LR circuit and Devices □

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

Syllabus completed

Syllabus completed

Syllabus completed

Syllabus completed

Physics

Chapter 9: Ray Optics

9. 1 Introduction to Ray optics

9.2 Spherical Mirrors

□

□

Chemistry

Chapter 1 O: Haloalkane and Haloarenes

10.3 Preparation of Haloarenes and Properties of Haloalkanes and Haloarenes

9.3 Sperical Mirror Ray Diagram

9.4 Refraction

D 10.4 Optical Isomerism

□

Physics

Chapter 9: Ray Optics

9.5 Apparent Depth/ Height of object D 9.6 TIR & Refraction at spherical surfaces D 9.7 Lens Maker's formula □

9.8 Image formation by lenses □

9.9 Power of lens & defects in images D 9. 1 O Refraction through prism & dispersion D 9.11 Rain formation D

9. 12 Numericals □

• / AakashA iTutor

Chemistry

Chapter 1 0: Haloalkane and Haloarenes

10.5 Optical lsomerism(Contd.) and Stereochemistry

□

□

□

1st Sep., - 7th Sep., 2020

Botany

Chapter 7: Organisms and Population

7.5 Population interactions

Zoology

□

8th Sep., - 14th Sep., 2020

Botany

Chapter 8: Ecosystem

8. 1 Introduction

8.2 Energy flow

□

□

Zoology

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

Syllabus completed

Syllabus completed

Syllabus completed

Syllabus completed

Physics

Chapter 12: Atoms

12.1 Rutherford's nuclear model of atom □

12.2 Bohr model of the hydrogen atom □

Physics

Chapter 12: Atoms

12.3 Line spectra of the hydrogen atom □

12.4 Spectrum of x-rays & Laser □

Chemistry

Chapter 11 : Alcohols, Phenols and Ether

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

Chemistry

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)

□

□


29th Sep., - 5th Oct., 2020

Botany Zoology

Chapter 9: Biodiversity and Conservation

9.2 Biodiversity Conservation □

6th Oct., - 12th Oct., 2020

Botany

Chapter 10: Environmental Issues

10.1 Introduction, Types of pollution □

Zoology


Syllabus completed

Syllabus completed

Physics

Chapter 13: Nuclei

13.1 Composition of nucleus and its stability

13.2 Radioactivity

13.3 Nuclear Reactions

Physics

Chapter 14: Semiconductor

□

□

Chemistry

Chapter 12: Aldehydes, Ketones and carboxylic Acids

12.5 Chemical properties (due to acidic a-hydrogens)

12.6 Carboxylic acid

□

□

□ Chapter 13: Amines13.1 Introduction and methods of preparation □

13.2 Physical and chemical properties □

Chemistry

Chapter 13: Amines

13th Oct., - 19th Oct., 2020

Botany


10.2 Water pollution

Zoology

□

20th Oct., - 26th Oct., 2020

Botany Zoology


14.1 Introduction to Semiconductors

14.2 P-N Junction diode and its

□ 13.3 Chemical reaction of amines □ 10.3 Soil pollution, Radioactive pollution □

application □ 13.4 Preparation of aromatic amine(aniline) □

Chapter 14: Biomolecules

14.1 Biomolecules □

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

Syllabus completed

Syllabus completed

Physics Chemistry

Chapter 14: Semiconductor Chapter 15: Polymers

14.3 Opto-Electronic devices & transistor □ 15.1 Polymers □

action

14.4 Application of transistor & □

digital electronics Chapter 16: Chemistry in Everyday Life

14.5 Numericals Based on transistor & □ 16.1 Chemistry in Everyday Life □

digital electronics

Chapter 15: Communication Systems

15.1 Introduction to communication □

systems

15.2 Modulation □


27th Oct. - 2nd Nov., 2020

Botany Zoology


Syllabus completedSyllabus completed



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


Physics5. Magnetism and Matter

Lecture Code: 5.3

Neutral points and Tangent Law

Lecture Code: 5.4

Magnetisation & Materials


Botany6. Microbes in human

welfare

Lecture Code: 6.2 Microbes in sewage

treatmentYES Optional NA Ask an Expert (All Day)

5-Aug-20 Wednesday

Physics5. Magnetism and Matter

Lecture Code: 5.3

Neutral points and Tangent Law

Lecture Code: 5.4

Magnetisation & Materials


Botany6. Microbes in human

welfare

Lecture Code: 6.2

Microbes in sewage treatmentCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

9. Coordination Compound

Lecture Code: 9.1

Werner's Theory and terminology

Lecture Code: 9.2

Nomenclature



Lecture Code: 9.3

Isomerism

Lecture Code: 9.4

Valance bond theory


7-Aug-20 Friday Chemistry

Daily Schedule for Long Term Students : Class-XII for NEET 2021

August-October - 2020 - English (New Version)

4-Aug-20 Tuesday

Term Exam-02

6-Aug-20 Thursday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)





Lecture Code: 9.1

Werner's Theory and terminology

Lecture Code: 9.2

Nomenclature


9.Coordination Compound

Lecture Code: 9.3

Isomerism

Lecture Code: 9.4

Valance bond theory


9-Aug-20 Sunday

10-Aug-20 Monday

Physics6. Electromagnetic Induction

Lecture Code: 6.1

Introduction to Electromagnetic induction

Lecture Code: 6.2

Motional Electromotive forceYES Optional NA Ask an Expert (All Day)

Botany

6. Microbes in human

welfareLecture Code: 6.3

Microbes in Biogas productionYES Optional NA Ask an Expert (All Day)

12-Aug-20 Wednesday


Lecture Code: 6.1

Introduction to Electromagnetic induction

Lecture Code: 6.2

Motional Electromotive forceCan Revise YES (MUST) YES (MUST) 4:00 pm -5:00 pm

Botany

6. Microbes in human

welfare

Lecture Code: 6.3

Microbes in Biogas production Can Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

Revision Day

Subjective Test-02 (Home Assignment)

Revision Day

11-Aug-20 Tuesday

13-Aug-20 Thursday

8-Aug-20 Saturday Chemistry



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry 9. Coordination CompoundLecture Code: 9.5

Crystal Field Theory and Jahn-Teller EffectYES Optional NA Ask an Expert (All Day)


Lecture Code: 6.3

Eddy currents, Inductance and

combination of inductors

Lecture Code: 6.4

Series LR circuit and Devices


Chemistry 9. Coordination CompoundLecture Code: 9.5

Crystal Field Theory and Jahn-Teller EffectCan Revise YES (MUST) YES (MUST) NA


Lecture Code: 6.3

Eddy currents, Inductance and

combination of inductors

Lecture Code: 6.4

Series LR circuit and Devices

Can Revise YES (MUST) YES (MUST) NA

16-Aug-20 Sunday

17-Aug-20 Monday

14-Aug-20 Friday

15-Aug-20 Saturday

Revision Day



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics7. Alternating Current

Lecture Code: 7.1

Introduction, Average & RHS value of AC

Lecture Code: 7.2

AC voltage applied across inductor,

capacitor & their combination

Lecture Code: 7.3

Series LCR circuit, Resonance


Botany 7. Organisms and Population

Lecture Code: 7.1

Introduction, levels of organisation, biome

Lecture Code: 7.2

Abiotic factors


19-Aug-20 Wednesday


Lecture Code: 7.1

Introduction, Average & RHS value of AC

Lecture Code: 7.2

AC voltage applied across inductor,

capacitor & their combination

Lecture Code: 7.3

Series LCR circuit, Resonance



Lecture Code: 7.1

Introduction, levels of organisation, biome

Lecture Code: 7.2

Abiotic factors


18-Aug-20 Tuesday

Revision Day

20-Aug-20 Thursday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)





Lecture Code: 9.6

Stability of Coordination compounds and

Organometallic compoundsYES Optional NA Ask an Expert (All Day)

10. Haloalkane and Haloarenes

Lecture Code: 10.1

Classification, Nomenclature and

Preparation



Lecture Code: 9.6

Stability of Coordination compounds and

Organometallic compounds



Lecture Code: 10.1

Classification, Nomenclature and

Preparation


23-Aug-20 Sunday

24-Aug-20 Monday


Lecture Code: 7.4

LC oscillations & transformerYES Optional NA Ask an Expert (All Day)


Lecture Code: 7.3

Adaptations in plants and animals

Lecture Code: 7.4

Population attributes


26-Aug-20 Wednesday Revision Day

22-Aug-20 Saturday Chemistry

Revision Day

Fortnightly Test-07

25-Aug-20 Tuesday

21-Aug-20 Friday Chemistry



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)





Lecture Code: 7.4

LC oscillations & transformerCan Revise YES (MUST) YES (MUST) 4:00 pm -5:00 pm


Lecture Code: 7.3

Adaptations in plants and animals

Lecture Code: 7.4

Population attributes


Chemistry 10. Haloalkane and HaloarenesLecture Code: 10.2

Preparation of HaloalkanesYES Optional NA Ask an Expert (All Day)

Physics8. Electromagnetic Waves

Lecture Code: 8.1

Introduction to Electromagnetic waves

Lecture Code: 8.2

Electromagnetic spectrums


Chemistry 10. Haloalkane and HaloarenesLecture Code: 10.2

Preparation of HaloalkanesCan Revise YES (MUST) YES (MUST) 4:00 pm -5:00 pm

Physics8. Electromagnetic Waves

Lecture Code: 8.1

Introduction to Electromagnetic waves

Lecture Code: 8.2

Electromagnetic spectrums


30-Aug-20 Sunday

31-Aug-20 MondayRevision Day

27-Aug-20 Thursday

28-Aug-20 Friday

29-Aug-20 Saturday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics

9. Ray Optics

Lecture Code: 9.1

Introduction to Ray optics

Lecture Code: 9.2

Spherical Mirrors

Lecture Code: 9.3

Sperical Mirror Ray Diagram

Lecture Code: 9.4

Refraction


Botany7. Organisms and Population Lecture Code: 7.5

Population interactionsYES Optional NA Ask an Expert (All Day)

2-Sep-20 Wednesday

Physics

9. Ray Optics

Lecture Code: 9.1

Introduction to Ray optics

Lecture Code: 9.2

Spherical Mirrors

Lecture Code: 9.3

Sperical Mirror Ray Diagram

Lecture Code: 9.4

Refraction


Botany7. Organisms and population Lecture Code: 7.5

Population interactionsCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

1-Sep-20 Tuesday

3-Sep-20 Thursday

Revision Day



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)





Lecture Code: 10.3

Preparation of Haloarenes and Properties

of Haloalkanes and Haloarenes


10. Haloalkane and HaloarenesLecture Code: 10.4

Optical IsomerismYES Optional NA Ask an Expert (All Day)


Lecture Code: 10.3

Preparation of Haloarenes and Properties

of Haloalkanes and Haloarenes



Optical IsomerismCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

6-Sep-20 Sunday

7-Sep-20 Monday

Revision Day

Fortnightly Test-08

4-Sep-20 Friday Chemistry

5-Sep-20 Saturday Chemistry



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




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


Botany8. Ecosystem

Lecture Code: 8.1

Introduction

Lecture Code: 8.2

Energy flow


9-Sep-20 Wednesday

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


Botany8. Ecosystem

Lecture Code: 8.1

Introduction

Lecture Code: 8.2

Energy flow


Revision Day

8-Sep-20 Tuesday

10-Sep-20 Thursday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Chemistry 10. Haloalkane and Haloarenes

Lecture Code: 10.5

Optical Isomerism(Contd.) and

Stereochemistry


Physics

9. Ray Optics

Lecture Code: 9.9

Power of lens & defects in images

Lecture Code: 9.10

Refraction through prism & dispersion

Lecture Code: 9.11

Rain formation

Lecture Code: 9.12

Numericals


Chemistry 10. Haloalkane and Haloarenes

Lecture Code: 10.5

Optical Isomerism(Contd.) and

Stereochemistry


Physics

9. Ray Optics

Lecture Code: 9.9

Power of lens & defects in images

Lecture Code: 9.10

Refraction through prism & dispersion

Lecture Code: 9.11

Rain formation

Lecture Code: 9.12

Numericals


11-Sep-20 Friday

12-Sep-20 Saturday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




13-Sep-20 Sunday

14-Sep-20 Monday

Physics

10. Wave Optics

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 8. Ecosystem

Lecture Code: 8.3

Nutrient cycle and succession YES Optional NA Ask an Expert (All Day)

16-Sep-20 Wednesday

15-Sep-20 Tuesday

Revision Day

Revision Day



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics

10. Wave Optics

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 8. Ecosystem

Lecture Code: 8.3

Nutrient cycle and succession Can Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm


Elimination ReactionYES Optional NA Ask an Expert (All Day)


Chemical PropertiesYES Optional NA Ask an Expert (All Day)

17-Sep-20 Thursday

18-Sep-20 Friday Chemistry



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)





Elimination ReactionCan Revise YES (MUST) YES (MUST) 4:00 pm -5:00 pm


Chemical PropertiesCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

20-Sep-20 Sunday

21-Sep-20 Monday

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

9. Biodiversity and

Conservation

Lecture Code: 9.1

Introduction, Patterns YES Optional NA Ask an Expert (All Day)

23-Sep-20 Wednesday Revision Day

19-Sep-20 Saturday Chemistry

AIATS-02

Revision Day

22-Sep-20 Tuesday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




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

9. Biodiversity and

Conservation

Lecture Code: 9.1

Introduction, PatternsCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

Chemistry 11. Alcohols, Phenols and Ether

Lecture Code: 11.1

Classification, Nomenclature of Alcohols

and Phenols & Preparation of Alcohols


Physics

11. 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


24-Sep-20 Thursday

25-Sep-20 Friday



subject)1 hr

Single Objective

(MCQ Type)


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

Physics

11. 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


27-Sep-20 Sunday

28-Sep-20 Monday

Physics

12. Atoms

Lecture Code: 12.1

Rutherford's nuclear model of atom

Lecture Code: 12.2

Bohr model of the hydrogen atom


Botany

9. Biodiversity and

ConservationLecture Code: 9.2

Biodiversity conservationYES Optional NA Ask an Expert (All Day)

30-Sep-20 Wednesday

Revision Day

29-Sep-20 Tuesday

Revision Day

26-Sep-20 Saturday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics

12. Atoms

Lecture Code: 12.1

Rutherford's nuclear model of atom

Lecture Code: 12.2

Bohr model of the hydrogen atom


Botany

9. Biodiversity and

ConservationLecture Code: 9.2

Biodiversity conservationCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

2-Oct-20 Friday

11. Alcohols, Phenols and Ether

Lecture Code: 11.2

Preparation of Phenols & Physical


Lecture Code: 11.3

Chemical properties of Alcohols and

Phenols



Lecture Code: 11.4

Reaction of Phenol

Lecture Code: 11.5

Ether

YES Optional - Ask an Expert (All Day)


Lecture Code: 11.2

Preparation of Phenols & Physical


Lecture Code: 11.3

Chemical properties of Alcohols and

Phenols



Lecture Code: 11.4

Reaction of Phenol

Lecture Code: 11.5

Ether


5-Oct-20 Monday Fortnightly Test-09

Holiday

3-Oct-20 Saturday Chemistry

4-Oct-20 Sunday Chemistry

1-Oct-20 Thursday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics

12. Atoms

Lecture Code: 12.3

Line spectra of the hydrogen atom

Lecture Code: 12.4

Spectrum of X-rays & Laser


Botany 10. Environmental Issues

Lecture Code: 10.1

Introduction, Types of pollution YES Optional NA Ask an Expert (All Day)

7-Oct-20 Wednesday

Physics

12. Atoms

Lecture Code: 12.3

Line spectra of the hydrogen atom

Lecture Code: 12.4

Spectrum of x-rays & Laser


Botany 10. Environmental Issues

Lecture Code: 10.1

Introduction, Types of pollution Can Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

6-Oct-20 Tuesday

Revision Day

8-Oct-20 Thursday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




12. Aldehydes, Ketones and

Carboxylic Acids

Lecture Code: 12.1

Introduction and preparation of aldehydes

and ketones

Lecture Code: 12.2

Preparation & physical properties of

aldehydes and ketones


12.Aldehydes, Ketones and

Carboxylic Acids

Lecture Code: 12.3

Chemical properties of aldehydes and

ketones

Lecture Code: 12.4

Chemical properties (Reduction and

oxidation reaction)



Carboxylic Acids

Lecture Code: 12.1

Introduction and preparation of aldehydes

and ketones

Lecture Code: 12.2

Preparation & physical properties of

aldehydes and ketones



Carboxylic Acids

Lecture Code: 12.3

Chemical properties of aldehydes and

ketones

Lecture Code: 12.4

Chemical properties (Reduction and

oxidation reaction)


11-Oct-20 Sunday

12-Oct-20 MondayRevision Day

9-Oct-20 Friday Chemistry




subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




Physics

13. Nuclei

Lecture Code: 13.1

Composition of nucleus and its stability

Lecture Code: 13.2

Radioactivity

Lecture Code: 13.3

Nuclear Reactions


Botany 10. Environmental IssuesLecture Code: 10.2

Water pollutionYES Optional NA Ask an Expert (All Day)

14-Oct-20 Wednesday

Physics

13. Nuclei

Lecture Code: 13.1

Composition of nucleus and its stability

Lecture Code: 13.2

Radioactivity

Lecture Code: 13.3

Nuclear Reactions


Botany 10. Environmental Issues Lecture Code: 10.2

Water pollution



Carboxylic Acids

Lecture Code: 12.5

Chemical properties (due to acidic a-

hydrogens)

Lecture Code: 12.6

Carboxylic acid


13. Amines

Lecture Code: 13.1

Introduction and methods of preparation

Lecture Code: 13.2

Physical and chemical properties



13-Oct-20 Tuesday

Term Exam-03

15-Oct-20 Thursday



subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)





Carboxylic Acids

Lecture Code: 12.5

Chemical properties (due to acidic a-

hydrogens)

Lecture Code: 12.6

Carboxylic acid


13.Amines

Lecture Code: 13.1

Introduction and methods of preparation

Lecture Code: 13.2

Physical and chemical properties


18-Oct-20 Sunday

19-Oct-20 Monday

Physics14. Semiconductor

Lecture Code: 14.1

Introduction to Semiconductors

Lecture Code: 14.2

P-N Junction diode and its applications



Soil pollution, Radioactive pollutionYES Optional NA Ask an Expert (All Day)

21-Oct-20 Wednesday

Physics14. Semiconductor

Lecture Code: 14.1

Introduction to Semiconductors

Lecture Code: 14.2

P-N Junction diode and its applications



Soil pollution, Radioactive pollutionCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

Subjective Test -03 (Home Assignment)

Revision Day

20-Oct-20 Tuesday

Revision Day

22-Oct-20 Thursday




subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




13. Amines

Lecture Code: 13.3

Chemical reaction of amines

Lecture Code: 13.4

Preparation of aromatic amine(aniline)


14. BiomoleculesLecture Code: 14.1

BiomoleculesYES Optional NA Ask an Expert (All Day)

13. Amines

Lecture Code: 13.3

Chemical reaction of amines

Lecture Code: 13.4

Preparation of aromatic amine(aniline)


14. BiomoleculesLecture Code: 14.1

BiomoleculesCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

25-Oct-20 Sunday

26-Oct-20 Monday

14. Semiconductor

Lecture Code: 14.3

Opto-Electronic devices & transistor

action

Lecture Code: 14.4

Application of transistor & digital

electronics

Lecture Code: 14.5

Numericals Based on transistor & digital

electronics


15. Communication Systems

Lecture Code: 15.1

Introduction to communication systems

Lecture Code: 15.2

Modulation


28-Oct-20 Wednesday

Revision Day

27-Oct-20 Tuesday Physics

Revision Day





subject)1 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)


subject)3 hr

Single Objective

(MCQ Type)




14. Semiconductor

Lecture Code: 14.3

Opto-Electronic devices & transistor

action

Lecture Code: 14.4

Application of transistor & digital

Electronics

Lecture Code: 14.5

Numericals Based on transistor & digital

electronics


15. Communication Systems

Lecture Code: 15.1

Introduction to communication systems

Lecture Code: 15.2

Modulation


15. PolymersLecture Code: 15.1

PolymersYES Optional NA Ask an Expert (All Day)

16. Chemistry in Everyday Life Lecture Code: 16.1

Chemistry in Everyday LifeYES Optional NA Ask an Expert (All Day)

15. PolymersLecture Code: 15.1

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

16. Chemistry in Everyday Life Lecture Code: 16.1

Chemistry in Everyday LifeCan Revise YES (MUST) YES (MUST) 5:15 pm -6:15 pm

1-Nov-20 Sunday

2-Nov-20 MondayRevision Day



29-Oct-20 Thursday Physics

Test No. Test Date


Fortnightly Test-07 24th Aug Moving Charges and Magnetism

General Principles and Processes of

Isolation of Elements: Leaching,

Thermodynamic aspects of Metallurgy

(Ellingham diagram), Refining of

metals, uses of Al, Cu, Zn and Fe,

p-Block Elements: (Group-15 to 17)

Molecular Basis of Inheritance:

DNA Packaging in eukaryotes, The

search for genetic material,

Transforming principle, Evidence

from experiments with

bacteriophage, Properties of genetic

material

RNA world, Replication of DNA - The

experimental proof, The machinery

and enzymes., Transcription -

Transcription unit, Types of RNAs,

Process of Transcription in

prokaryotes and Eukaryotes

Human Health & Disease I:

Health–Various types of diseases in

humans–bacterial, viral etc ., Fungal:

Ringworms, Helminthic: ascariasis,

elephantiasis, Protozoan: Life cycle of

Plasmodium vivax and Entamoeba

histolytica , Types of Immunity–Innate

and acquired, active & passive Immunity,

humoral mediated immunity

Fortnightly Test-08 7th SepMagnetism and Matter, Electromagnetic

induction

p-Block Elements: (Group-18)

d & f-Block Elements

Molecular Basis of Inheritance:

Genetic code - Salient features, t-

RNA - The adapter molecule,

Translation.

Regulation of gene expression,

Operon concept

Human genome project - Goals,

Methodologies, Salient features,

Applications and Future challenges,

DNA fingerprinting.

Human Health & Disease II: Cell

Mediated Immunity, vaccination and

immunisation Allergies, auto immunity,

immune system of the body, lymphoid

organs: primary and secondary,

AIDS–Causes, detection, symptoms and

prevention, Cancer–Causes, detection,

diagnosis and treatment

AIATS-02 20th Sep

Moving Charges and Magnetism,

Magnetism and Matter, Electromagnetic

induction

Surface Chemistry, p-block elements

(Group-15 to 18),

General Principles and processes of

Isolation of elements

Principles of Inheritance and

Variation, Molecular Basis of

Inheritance

Reproductive Health, Evolution

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

Monday

Phase-01 (CF+OYM)

Sunday

Carry Forward and One Year Medical (Phase-01) : Planner for AIATS, Term Exam, Subjective and Fortnightly Test - 2020-21

August- December - 2020Day Topic

Monday

Test No. Test Date


Aakash Tower, 8, Pusa Road, New Delhi. Pin: 110005Phase-01 (CF+OYM)



Fortnightly Test-09 5th OctAlternating Current, Electromagnetic

WavesCoordination Compounds

Strategies for Enhancement in Food

Production: Introduction, Plant

breeding – Definition, Main steps

Green revolution, Plant breeding for

disease resistance, Plant breeding

for resistance to insect pests,

Improved food quality, Anti

nutritional factors, Single cell

protein, Green manure, Energy

crops, Petroleum plants, Tissue

culture – Definition, Environmental

conditions, Types, Applications

Microbes in Human Welfare:

Introduction, Microbes in household

products, Industrial products.

Human Health & Disease III: Drugs and

alcohol abuse-Opioids, Cannabinoids,

Sedatives and tranquilisers,

Hallucinogens, Stimulants, Tobacco

addiction. Adolescence, addiction &

dependence, effects of drugs & alcohol

abuse, prevention & control , Strategies

for Enhancement in Food Production I:

Animal Husbandry: Live stocks, animal

Breeding, inbreeding, outbreeding, out

crossing, cross breeding, Interspecific

hybridisation, MOET, artificial

insemination Dairy farm management,

poultry farm management, indigenous &

exotic breeds, bacterial, viral & fungal

diseases

Monday

Test No. Test Date





Electrostatic Potential and Capacitance:

Potential due to a system of charges,

Equipotential surfaces, Calculating field

from potential, Potential energy of a system

of charges, Potential energy in an external

field,Electrostatics of conductors,

dielectrics and polarization, Capacitors and

capacitance, The parallel plate capacitor,

Effect of dielectrics on capacitance,

Combination of capacitors, Energy stored in

a capacitor, Van de Graaff Generator,

Current Electricity [for 9 Questions out of

45 Questions] Moving charges and

Magnetism, Magnetism and Matter,

Electromagnetic induction, Alternating

Current, Electromagnetic Waves [For 36

Questions out of 45]

Electrochemistry, Chemical Kinetics,

Surface Chemistry [For 9 Questions

out of 45]


Isolation of Elements, p-Block

Elements, d & f-Block Elements,

Coordination Compounds [For 36

Questions out of 45]

Principles of Inheritance &

Variation, Molecular Basis of

Inheritance (upto DNA packaging in

prokaryotes) [For 9 Questions out of

45]

Molecular Basis of Inheritance

(from DNA Packaging in

eukaryotes), Strategies for

Enhancement in Food Production

Microbes in Human Welfare (Upto

Industrial products)

[For 36 Questions out of 45]

Reproductive Health, Evolution [for 9

Questions out of 45 Questions]

Human Health & Disease, Strategies

for Enhancement in Food Production I:

Animal Husbandry: Live stocks, animal

Breeding, inbreeding, outbreeding, out

crossing, cross breeding, Interspecific

hybridisation, MOET, artificial

insemination, Dairy farm management,

poultry farm management, indigenous &

exotic breeds, bacterial, viral & fungal

diseases [for 36 Questions out of 45

Questions]

Term Exam-03 14th Oct Wednesday

Term Exam-03

Test No. Test Date





Moving charges and Magnetism,

Magnetism and Matter, Electromagnetic

induction, Alternating Current,

Electromagnetic Waves


Isolation of Elements, p-Block

Elements, d & f-Block Elements,

Coordination Compounds

Molecular Basis of Inheritance

(from DNA Packaging in

eukaryotes), Strategies for

Enhancement in Food Production

Microbes in Human Welfare (Upto

Industrial products)

Human Health & Disease, Strategies for Enhancement in Food Production I: Animal Husbandry: Live stocks, animal Breeding, inbreeding, outbreeding, out crossing, cross breeding, Interspecific hybridisation, MOET, artificial insemination, Dairy farm management, poultry farm management, indigenous & exotic breeds, bacterial, viral & fungal diseases

AIATS-03 8th Nov

Alternating Current, Electromagnetic

Wave, Ray Optics & Optical Instruments,

Wave Optics

d- & f-Block elements, Coordination

compounds, Haloalkanes

and Haloarenes, Alcohols, Phenols

and Ethers.


Production, Microbes in Human

Welfare, Organisms and

Populations

Human Health

& Disease, Strategies for Enhancement

in Food Production -

Animal Husbandry & Apiculture

Fortnightly Test-10 16th Nov Ray Optics & Optical Instruments Haloalkanes and Haloarenes

Microbes in Human Welfare:

Microbes in sewage treatment,

Biogas production,

Biocontrol agents, Biofertilizers.

Organisms and Populations:

Introduction, Levels of organisation,

Major biomes.

Abiotic Factors - Temperature, Light,

Water, Soil


Production II: Bee keeping (apiculture),

Sericulture, Fisheries (Aqua culture),

Biotechnology-Principles and Processes

I: Principles of Biotechnology, tools of

recombinant DNA technology

Sunday

Monday

Subjective Test-03

(Home assignment)18th Oct Sunday

Subjective Test-03 (Home Assignment)

Test No. Test Date





Fortnightly Test-11 23rd NovWave Optics, Dual Nature of Radiation and

MatterAlcohols, Phenols and ethers

Organisms and Populations:

Response to abiotic factors,

Adaptations, Population –

characteristics, growth, growth

models, Population Interaction

Ecosystem

Biotechnology-Principles and Processes

II: Separation and isolation of DNA

fragments, cloning vectors, competent

host, Processes of recombinant DNA

technology

Fortnightly Test-12 30th Nov Atoms & NucleiAldehydes, Ketones and Carboxylic

Acids

Biodiversity and Conservation,

Environmental IssuesBiotechnology and its Applications

AIATS-04 6th DecDual Nature of Radiation and Matter,

Atoms, Nuclei, Semiconductor

Aldehydes, Ketones and carboxylic

Acids, Amines, Biomolecules,

Polymers, Chemistry in Everyday life

Ecosystem, Biodiversity and

Conservation, Environmental Issues

Biotechnology : Principles and Process,

Biotechnology and Its Applications

Fortnightly Test-13 14th Dec Semiconductor, Communication SystemAmines, Biomolecules, Polymers,

Chemistry in Everyday LifeComplete Syllabus of Class XII Complete Syllabus of Class XII

Monday

Monday

Sunday

Monday

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