Syllabus for the Asso CET will be displayed on website of AMUPMDC (www.amupmdc.org). Based on 12th Std.

The Asso-CET is expected to consist of one common question paper in the subjects of Physics, Chemistry and Biology (Botany & Zoology) consisting of 200 Multiple Choice Question (MCQs) 50 in Physics, 50 in Chemistry & 100 in Biology.

“Details of Asso CET Syllabus are yet to be announced by AMUPMDC. Given below are Syllabus of Asso CET as per last year’s information. This page is being updated regularly and as soon as details of syllabus are available, they will be published here.”

## Asso CET Syllabus

### ASSO CET Syllabus – Physics

Std. XII: Paper – I

Mechanics and Properties of Matter :

• 1. Circular Motion :
• 1.1      Angular Displacement
• 1.2      Angular Velocity and Angular Acceleration
• 1.3      Relation Between Linear Velocity and Angular Velocity
• 1.4      Uniform Circular Motion
• 1.6      Centripetal and Centrifugal Forces
• 1.8      Vertical Circular Motion
• 1.9      Equation for Velocity and Energy at Different Positions of Vertical Circular Motion
• 1.10    Kinematical Equations for Circular Motion in Analogy with Linear Motion.
•  2. Gravitation :
• 2.1      Newton’s Law of Gravitation
• 2.2      Projection of Satellite
• 2.3      Periodic Time
• 2.4      Statement of Kepler’s Law of Motion
• 2.5      Binding Energy and Escape Velocity of a satellite
• 2.6      Weightlessness condition in Orbit
• 2.7      Variation of ‘g’ Due to Altitude, Latitude and Depth
• 2.8      Communication Satellite and Uses of Satellite
•  3. Rotational Motion :
• 3.1      Definition of Moment Inertia
• 3.2      K.E. of Rotating Body
• 3.3      Physical Significance of M.I.
• 3.5      Torque
• 3.6      Principle of Parallel and Perpendicular Axes
• 3.7      Application of the principles to M.I. of uniform Rod, Ring, Disc, Solid Cylinder, Solid Sphere and solid sphere with proof
• 3.8      Angular Momentum and its Conservation
•  4. Oscillations :
• 4.1      Explanation of Periodic Motion
• 4.2      Simple Harmonic Motion
• 4.3      Differential Equation of Linear S.H.M.
• 4.4      Projection of U.C.M. on any Diameter
• 4.5      Phase of S.H.M.
• 4.6      K.E. and P.E. of a particle performing S.H.M.
• 4.7      Composition of two S.H.M. having same Period and along same  Line
• 4.8      Simple Pendulum
• 4.9      Angular S.H.M. and its Differential Equation
• 4.10    Magnet Vibrating in Uniform Magnetic Induction
•  5. Elasticity :
• 5.1      Deformation
• 5.2      General Explanation of Elastic Property
• 5.3      Plasticity
• 5.4      Definition of Stress and Strain
• 5.5      Hooke’s Law
• 5.6      Elastic constants Y,K, h and Relation between them
• 5.7      Determination of Young’s modulus by Searle’s Method
• 5.8      Observation on a wire under applied increasing load
• 5.9      Work Done in Stretching a Wire
•  6. Surface Tension:
• 6.1      Surface Tension on the Basis of Molecular Theory
• 6.2      Surface Energy
• 6.3      Surface Tension
• 6.4      Angle of Contact
• 6.5      Capillarity and Capillary Action
• 6.6      Effect of Impurity and Temperature on S.T.

Sound :

• 7. Wave Motion :
• 7.1      Simple Harmonic Progressive Waves
• 7.2      Reflection of Transverse and Longitudinal Waves
• 7.3      Changes of Phase
• 7.4      Superposition of Waves
• 7.5      Formation of Beats
• 7.6      Doppler Effect in Sound,
•  8. Stationary Waves :
• 8.1      Study of Vibrations in a Finite Medium
• 8.2      Formation of Stationary Waves on String
• 8.3      Study of Vibrations of Air Columns
• 8.4      Free and Forced Vibrations
• 8.5      Resonance
• 8.6      ExperimentsSonometer, Resonance Tube, Melde’s Experiment,

Heat :

• 9. Kinetic Theory of Gases:
• 9.1      Concept of an Ideal Gas
• 9.2      Assumptions of Kinetic Theory
• 9.3      Mean Free Path
• 9.4      Derivation for Pressure of a Gas
• 9.5      Derivation of Boyle’s Law
• 9.6      Specific Heat at Constant Volume and Pressure
• 9.7      Internal and External Latent Heat,
• 10.1    Absorption, Emission, Reflection and Transmission of Heat Radiation
• 10.2    Perfect Black Body
• 10.3    Spectrum of Black Body Radiation in Terms of Wave Length
• 10.4    Emissive Power and Absorptive Power
• 10.5    Kirchhoff’s Law of Radiation and Theoretical Proof
• 10.6    Prevost’s Theoryof heat exchanges
• 10.7    Ritchie’s Experiment
• 10.8    Stefan’s Law
• 10.9    Newton’s Law of Cooling and Radiation Correction
• 10.10  Solar Constant and Surface Temperature of Sun

Std. XII: Paper – II

Light :

• 11. Wave Theory of Light :
• 11.1    Wave Theory of Light
• 11.2    Huygen’s Principle
• 11.3    Construction of Plane and Spherical Wave Front
• 11.4    Wave Front and Wave Normal
• 11.5    Reflection at Plane Surface (without derivation of i=r)
• 11.6    Polarisation
• 11.7    Plane Polarised Light
• 11.8    Brewster’s Law,
• 11.9    Nicol Prism
• 11.10 Polaroids.
• 12. Interference and Diffraction :
• 12.1    Interference of Light
• 12.2    Conditions for Producing Steady Interference Pattern
• 12.3    Young’s Experiment
• 12.4    Analytical Treatment of Interference Bands
• 12.5    Measurement of Wavelength by Biprism Experiment
• 12.6    Diffraction Due to Single Slit
• 12.7    Rayleigh’s Criterian
• 12.8    Resolving Power of a Microscope and Telescope
• 12.9    Difference Between Interference and Diffraction

Electricity and Magnetism :

• 13. Electrostatics :
• 13.1    Gauss’ Theorem, Proof and Applications
• 13.2    Mechanical Force on Unit Area of a Charged Conductor
• 13.3    Energy Density of a Medium
• 13.4    Concept of Condenser
• 13.5    Capacity of Parallel Plate Condenser
• 13.6    Effect of Dielectric on Capacity
• 13.7    Energy of Charged Condenser
• 13.8    Condensers in Series and Parallel
• 13.9    VandeGraaff Generator
• 14. Current Electricity:
• 14.1    Kirchhoff’s Law
• 14.2    Wheatstone’s Bridge
• 14.3    Meterbridge
• 14.4    Potentiometer
• 14.5    ThermoElectricity
• 14.6    Seeback Effect, Thomson effect and Peltier effect
• 14.7    Thermocouple
• 14.8    Neutral and Inversion Temperature.
• 15. Magnetic Effects of Electric Current :
• 15.1    Ampere’s Law and its Applications
• 15.2    Moving Coil Galvanometer
• 15.3    Ammeter
• 15.4    Voltmeter
• 15.5    Sensitivity of Moving Coil Galvanometer
• 15.6    Theory and Construction of Tangent Galvanometer
• 15.7    Sensitivity and Accuracy of T.G.
• 15.8    Cyclotron.
• 16. Magnetism :
• 16.1    Magnetic Induction at any Point Due to a Short Magnetic Dipole
• 16.2    Magnetic Potential at any point due to a Short Magnetic Dipole
• 16.3    Diamagnetism, Paramagnetism and ferromagnetism on the Basis of Domain Theory
• 16.4    Curie Temperature
• 17. Electromagnetic Induction:
• 17.1    Laws of Electromagnetic Induction, proof of e = df/dt –
• 17.2    Eddy Currents
• 17.3    Self Induction and Mutual Induction
• 17.4    Transformer
• 17.5    Coil Rotating in uniform Magnetic Induction
• 17.6    Alternating Currents
• 17.7    Reactance and Impedance
• 17.8    Power in a a.c. Circuit with Resistance, Inductance and Capacitance
• 17.9    Resonant Circuit

Modern Physics :

• 18. Electrons and Photons :
• 18.1    Discovery of Electron
• 18.2    Charge and Mass of Electron
• 18.3    Photo Electric effect
• 18.4    Einstein’s Equation
• 18.5    Photoelectric cell and its Applications
• 19. Atoms, Molecules and Nuclei :
• 19.1    Bohr’s Model
• 19.2    Hydrogen Spectrum
• 19.3    Maser and Laser as light sources
• 19.4    deBroglie’s Hypothesis
• 19.5    Wavelength of an Electron
• 19.6    Davisson and Germer Experiment
• 19.7    Elementary idea of Electron Microscope
• 20. Semiconductors:
• 20.1    Energy Bands in Solids
• 20.2    Intrinsic and Extrinsic Semiconductors
• 20.3    Ptype and Ntype semiconductor
• 20.4    PN Junction diodes
• 20.5    Rectifiers
• 20.6    Zener Diode as a Voltage Regulator
• 20.7    Solar Cell
• 20.8    LED
• 20.9    Transistor as an Amplifier
• 20.10  Oscillators
• 20.11  Logic Gates
• 21. Communication :
• 21.1    Space Communication
• 21.2    Ground, Sky and space wave propagation
• 21.3    Satellite Communication
• 21.4    Application of Remote Sensing
• 21.5    Line Communication
• 21.6    Two Wire Lines
• 21.7    Cables
• 21.8    Optical Communication

### ASSO CET Syllabus –  Chemistry

Std. XII Paper – I

Physical and Inorganic Chemistry :

• 1. Solution and Colligative Properties :
• 1.1      Introduction and Definition of solution
• 1.2      Ways of Expressing Concentration of a Solution
• 1.3      Definition of Colligative Properties
• 1.4      Lowering of Vapour Pressure and Raoult’s Law
• 1.5      Determination of Molecular Weight from Lowering of Vapour Pressure
• 1.6      Boiling Point Elevation
• 1.7      Determination of Molecular Weight from Elevation of Boiling Point
• 1.8      Freezing Point Depression
• 1.9      Determination of Molecular Weight from Depression of Freezing Point
• 1.10    Osmosis and Osmotic Pressure
• 1.11    Measurement of Osmotic Pressure by Berkeley and Hartley’s Method
• 1.12    Laws of Osmotic Pressure
• 1.13    Determination of Molecular Weight from Osmotic Pressure
• 1.14    Abnormal Osmotic Pressure
• 1.15    Self Learning (evaluative van’t HoffAvogardro’s Law.
• 2. Chemical Thermodynamics and Energetics :
• 2.1      Introduction
• 2.2      Concept in Thermodynamics
• 2.3      Types of Systems
• 2.4      Properties of a System
• 2.5      Thermodynamic Function or State Function
• 2.6      Types of Processes
• 2.7      Nature of Work and Heat
• 2.8      First Law of Thermodynamics
• 2.9      Enthalpy of a System
• 2.10    Thermochemistry
• 2.11    Heat of Reaction
• 2.12    Thermochemical Equations
• 2.13    Types of Heat of Reactions
• 2.14    Heat Capacity
• 2.15    Kirchoff’s Equation
• 2.16    Internal Energy and Change in Internal Energy
• 2.17    Hess’s Law of Constant of Constant Heat Summation
• 2.18    1) Definition and example of Homogenous and Heterogenous system 2) Work done in vacuum and work done in cyclic process. Self Learning (evaluative) .
• 3. Ionic Equilibria :
• 3.1      Introduction and Definition of Acids and Bases
• 3.2      Strong and Weak Acids and Bases
• 3.3      Ionisation of Water
• 3.4      pH & pOH
• 3.5      Common Ion Effect
• 3.6      Buffer Solutions
• 3.7      Solubility Product
• 3.8      Hydrolysis of Salts
• 3.9      Buffer of a Single Salt Solution. Self Learning (evaluative)
• 4. Electrochemistry:
• 4.1      Introduction,
• 4.2      Faraday’s Laws of Electrolysis
• 4.3      Electrochemical Cells
• 4.4      Conventions Used to Represent a Cell
• 4.5      Types of Electrodes
• 4.6      Concept of Electrode Potential (Nernst Theory) –
• 4.7      Standard Oxidation Potential and Standard Reduction Potential
• 4.8      EMF of a cell
• 4.9      EMF Series
• 4.10    Common Types of Cells
• 4.11    Hydrogen Oxygen fuel cell
• 4.12    Concept of Corrosion
• 5. Nuclear Chemistry :
• 5.1      Introduction
• 5.2      Characteristics of Subatomic Particles
• 5.3      Nuclear Stability
• 5.5      Artifical Radioactivity and Artificial Transmutation
• 5.6      Nuclear Reactions
• 5.7      Radio Isotopes and Their Uses
• 5.8      Application of radio isotopes in agriculture and production of synthetic elements. Self Learning Evaluative.
• 6. Chemical Kinetics :
• 6.1      Introduction,
• 6.2      Rate of a Reaction
• 6.3      Rate Laws
• 6.4      Order of a Reaction
• 6.5      Molecularity and Order of a Reaction
• 6.6      Pseudo First Order Reaction
• 6.7      Integrated Rate Equation
• 6.8      Half Life of a Reaction
• 6.9      Determination of Order of a Reaction
• 7. dBlock Elements :
• 7.1      Introduction, Position in Periodic Table, Electronic Configuration
• 7.2      Characteristics of Transition Metals
• 7.3      ZincOccurrence
• 7.4      Extraction of Zinc from Zinc Blende by Carbon Reduction Process
• 7.5      Physical and Chemical Properties of Zinc
• 7.6      Uses of Zinc
• 7.7      Self study evaluative Galvanization of Iron.

Std. XII Paper – II

Inorganic and Organic Chemistry :

• 8. fBlock Elements :
• 8.1      Lanthanides: Introduction, Position in Periodic in Periodic Table, Electronic Configuration
• 8.2      Oxidation States, Colour
• 8.3      Lanthanide Contraction Effect
• 8.4      Actinides : Introduction Position in Periodic Table, Electronic Configuration
• 8.5      Comparison between Lanthanides and Actinides
• 8.6      Self Study Evaluative: Similarities in Properties of Lanthanides and Actinides.
• 9. Halogen Derivatives of Alkanes :
• 9.1      Introduction
• 9.2      Classification
• 9.3      Monohalogen Derivatives
• 9.4      Nomenclature of alkyl Halides
• 9.5      Preparation of alkyl Halides
• 9.6      Reactions of alkyl Halides (Primary, Secondary and tertiary)
• 9.7      Dihalogen Derivative C2H4CI2
• 9.8      Trihalogen Derivative (CHCI3 and CHI3) –
• 9.9      Bond Fission
• 9.10    Reagents
• 9.11    Mobility of Electrons in Single and Double Bonds
• 9.12    SN1 and SN2 Reaction Mechanism
• 9.13    Optical Activity
• 9.14    Self Learning Evaluative. The Action of HBr on 1butene in Presence and Absence of Peroxide,
• 10. Organic Hydroxy Compounds:
• A.       Alcohols:
• 10.1    Alcohosl: Introduction
• 10.2    Classification
• 10.3    Nomenclature
• 10.4    Preparation
• 10.5    Physical Properties
• 10.6    Chemical Properties
• 10.7    Uses of Alcohol
• B.       Phenols:
• 10.8    Phenols Introduction
• 10.9    Preparation of Phenol
• 10.10  Reaction of Phenol
• 10.11  Distinction Between Alcohol and Phenol
• 10.12  Uses of Phenol
• 10.13  Self Learning (evaluative) , Solubility of Lower Alcohols in Water (Hydrogen Bonding) , The Different Isomers of C4H9OH and their preparation by reduction of aldehydes and Ketones,
• 11. Ethers :
• 11.1    Introduction
• 11.2    Classification
• 11.3    Nomenclature and Metamerism
• 11.4    Preparation, Reactions
• 11.5    Uses
• 11.6    Self Learning Evaluative The Preparation of ethyl npropyl ether by Williamson’s Synthesis.
• 12. Aldehydes and Ketones :
• 12.1    Introduction,
• 12.2    Carbonyl Compounds & Classification
• 12.3    Nomenclature of aldehydes and Ketones
• 12.4    Preparation of aldehydes Ketones
• 12.5    Reaction of Aldehydes and Ketones
• 12.6    Self Learning (Evaluative):
• (i) Preparation of Propionaldehyde and diethyl Ketone by all known Methods (ii) The aldol Condensation Reaction with Propionaldehyde.
• 13. Acids and Esters :
• (A) Acids:
• 13.1    Introduction
• 13.2    Nomenclature of Acids
• 13.3    Preparation of Acids
• 13.4    Reaction of Acids
• (B) Esters:
• 13.5    Ester Introduction –
• 13.6    Nomenclature of Esters
• 13.7    Preparation of Esters
• 13.8    Reaction of Esters
• 13.9    Uses of Esters
• 13.10  Self Learning evaluative :
• i) Preparation of propionic acid by all known methods
• ii) Preparation of acid amide by using acid Chloride
• iii) The action of ethyl magnesium halides on esters (formate and acetate only)
• 13.11  Preparation of scented Sticks Enterprise Education (nonevaluative)
• 13.12  Preparation of room freshener Enterprise Education (nonevaluative)
• 14. Amines :
• 14.1    Introduction
• 14.2    Classification
• 14.3    Nomenclature
• 14.4    Preparation of Primary Amines
• 14.5    Reaction of Amines
• 14.6    Self Learning Evaluative :

Conversion of Quaternary Ammonium Halides to Quaternary Ammonium Hydroxides.

• 15. Biomolecules :
• 15.1    Introduction
• 15.2    Carbohydrates
• 15.3    Proteins
• 15.4    Fats and Oils
• 16. Synthetic Fibres :
• 16.1    Introduction
• 16.2    Classification of Fibres
• 16.3    Preparation of Fibres
• 16.4    Physical Properties and Uses of Fibres.
• 17. Chemistry in Everyday Life :
• 17.1    Introduction Chemicals in Medicines and Healthcare
• 17.2    Analgesic
• 17.3    Tranquilizers
• 17.4    Antiseptic and Disinfectants
• 17.5    Antibiotics
• 17.6    Antacids
• 17.7    Chemicals in Food Preservatives
• 17.8    Artifical Sweetening Agent
• 17.9    Antioxidants
• 17.10  Enterprise Education: Preparation of Disinfectant Phenyl (evaluative).

### ASSO CET Syllabus –  Biology

Std. XII Paper – I

General Biology and Botany

Section I : General Biology

•  1. Ecology and Environment:
• 1.1      Natural Resources and their Conservation
• a)   Natural resources
• b)   Water Resources and conservation
• c)   Forest Resources and conservation
• d)   Concept of Endangered Species and Concept of Endemic Species
• e)   Remote Sensing to study Vegetations
•  2. Biology in Human Welfare:
• 2.1      Biotechnology
• a)   Concept of Gene and Nucleic Acids
• b)   Genetic Engineering
• c)   Cloning
• d)   Transgenic Plants.
• e)   Genomics,
• f)   Gene Library
• g)   Gene Bank Recombinant DNA
• h)   DNA Fingerprints
• i)    Plants Tissue Culture
• j)    Callus and Suspension Culture in Brief.,
• k)   Biopatent, Biopiracy, Biowar, Bioethics.
•  3. Application of Biology :
• 3.1      Biofertilizers: i) Rhizobium ii) Blue Green Algae (BGA) ,
• 3.2      Medicinal Plants: i) AdhatodaZeylania (Vasica) ii) Aloe Vera iii) Ocimumsanctum iv) Asparagus Racemosus v) Azadirachta Indica,
• 3.3      Mushroom Cultivation.

Section II : Botany

• 4. Physiology of Plants :
• 4.1      Plant Water Relations
• 4.2      Photosynthesis
• 4.3      Respiration
• 5. Reproduction Growth and Development :
• 5.1      Reproduction in Angiosperms
• 5.2      Plant Growth

Std. XII Paper – II

General Biology and Zoology

Section I : General Biology

• 6. Biology in Human Welfare :
• 6.1      Human Population: Characteristics of population – Vitality, natality, mortality, density, age distribution, sex ratio, population explosion, impact of population explosion, common problems of adolescence social and moral implications, mental health and addictive disorders.
• 6.2      Human Health Diseases and Immunity System
• 6.2.1   Health and Disease: Types of Disease. Disease Causing Agents (Biological and Chemical) Modes of TransmissionDirect and Indirect
• 6.2.2   Study of Disease: Cancer, AIDS and Typhoid (Causative Agents, Modes of Transmission Symptoms and Preventive Measures.) –
• 6.2.3   Immunity System: Concept of Immunity, Types of Immunity, Structure of Antibody. Formation of Antigen Antibody Complex, Antigen on Blood Cell, Immune Disorder AIDS and Allergy,
• 6.3      Biomedical Technologies: Sphygmomanometer Electrocardiograph (ECG) Haemometer, Sonography Endoscopy, Angiography, Elisa Test, Vidal Test.
• 6.4      Bioinformatics: Concept of Bioinformatics. Basic of Computer, Databases and its types (Primary and Secondary), Application of Bioinformatics.
• 7. Applications of Biology :
• 7.1      Vermiculture
• 7.2      Fishery

Section II : Zoology

• 8. Physiology of Animals :
• 8.1      Circulation in Animals,
• 8.2      Osmoregulation and Excretion in Animals,
• 8.3      Nervous CoOrdination in Animals
• 8.4      Hormonal CoOrdination in Human.
• 9. Reproduction Growth and Development :
• 9.1      Reproduction and Development in animals