AP ANUPGCET Syllabus PDF 2020 and Exam pattern available here. Recently Acharya Nagarjuna University (ANU, Guntur) released lastest Andhra Pradesh ANUPGCET Syllabus 2020 pdf on official website @ anudoa.in. Candidates can download Andhra Pradesh ANUPGCET Syllabus at free of cost. You can also get the latest Andhra Pradesh ANUPGCET entrance exam Pattern 2020 in this page. This exam is carried out you to provide admissions into various universities, colleges or institution.
AP ANUPGCET Syllabus and ANUPGCET Exam Pattern
Every year a huge number of candidates are participating in the Andhra Pradesh ANUPGCET entrance exam. Every year the authority of Acharya Nagarjuna University will conduct the test and there is a huge competition, the perfect preparation is very essential to crack ANUPGCET exam. Andhra Pradesh ANUPGCET Exam for the Academic year 2020-21 is going to be conducted from May 2020.
If you are planning to attend AP ANUPGCET syllabus the first thing comes to mind is what will be the syllabus for the exam. This syllabus is based on Bachelor’s Degree or graduation degree courses B.Sc/ B.A. / B.Sc. / B.Com./ B.B.M. / B.C.A. / B.A. Here in our site, we are providing the Andhra Pradesh ANUPGCET Syllabus 2020 along with the Exam Pattern. Make use of this Syllabus 2020 and Prepare well for the AP ANUPGCET 2020 Exam.
Andhra Pradesh ANUPGCET Entrance Exam Syllabus Details
| Conducting Authority Name | Acharya Nagarjuna University (ANU, Guntur) |
| ANUPGCET Entrance Exam Name | ANU Post Graduate Common Entrance Test (ANUPGCET ) |
| Category | Entrance Exam Syllabus |
| ANUPGCET Courses Offered | Admission Test for Post Graduation Courses (MA, M.Sc, M.Com, MCA, M.P.Ed, etc) |
| ANUPGCET Notification Released Date | March 1st, 2020 |
| ANUPGCET Application Apply Start Date | March 1st, 2020 |
| Exam Date | May 1 – 3, 2020 |
| ANUPGCET Hall Ticket or Admit Card Released Date | April 29, 2020 |
| ANUPGCET Official Website | anudoa.in |
How to Download AP ANUPGCET Syllabus PDF
- Visit the website of the Acharya Nagarjuna University (ANU, Guntur) that is anudoa.in.
- Search for syllabus 2020.
- Next, click on the link and download ANUPGCET syllabus.
- Take a print out and prepare well accordingly syllabus.
AP ANUPGCET Exam Pattern 2020
Students must have the knowledge of exam pattern of AP ANUPGCET 2020 along with the syllabus to know about the type of questions, number of questions and marking scheme of the entrance exam. Check the Andhra Pradesh ANUPGCET Exam Pattern 2020 and be prepared for the Exam.
| Mode of Examination | Pen and Paper |
| Question Type | Objective Multiple-Choice Questions |
| Number of Questions | 100 |
| Maximum Marks | 100 |
| Duration of Exam | 90 Minutes |
| Marking Scheme | 1 mark will be allotted for each correct answer. There will be no negative marking. |
AP ANUPGCET Syllabus 2020 PDF
Here in this section, we have given AP ANUPGCET Syllabus 2020 in a Pdf. The Syllabus of ANUPGCET 2020 contain various topics from Bachelor’s Degree or graduation degree courses B.Sc/ B.A. / B.Sc. / B.Com./ B.B.M. / B.C.A. / B.A level. Therefore, all the candidates can download subject wise, topics wise, and sub topics wise in PDF format also.
Showing details for MSc
Integrated MSc
PHYSICS:
| 1. Measurements, Units and Dimensions | 10. Simple Harmonic Motion (Shm) | 19. Physical Optics |
| 2. Elements of Vectors | 11. Elasticity | 20. Magnetism |
| 3. Kinematics | 12. Surface Tension | 21. Electrostatics |
| 4. Dynamics | 13. Fluid Mechanics | 22. Current Electricity |
| 5. Collisions | 14. Temperature And Thermal Expansion of Materials | 23. Thermoelectricity |
| 6. Centre of Mass (CM) | 15. Thermodynamics | 24. Electromagnetics |
| 7. Friction | 16. Transmission of Heat | 25. Atomic physics |
| 8. Rotatory Motion | 17. Wave Motion | 26. Nuclear Physics |
| 9. Gravitation | 18. Optics | 27. Semi-Conductor Devices |
CHEMISTRY:
| 1. Atomic Structure | 11. Surface Chemistry | 21. General Principles of Metallurgy |
| 2. Classification of Elements And Periodicity In Properties | 12. Hydrogen and Its Compounds | 22. Environmental Chemistry |
| 3. Chemical Bonding and Molecular Structure | 13. Alkali and Alkaline Earth Metals | 23. Basic Principles and Techniques in Organic Chemistry |
| 4. Stoichiometry | 14. p-Block Elements: Group 13 Elements: (IIIA Group Elements) | 24. Hydrocarbons |
| 5. States of Matter: Gases and Liquids | 15. p-Block Elements: Group 14 Elements: (IVA Group Elements) | 25. Alkynes & Aromatic Hydrocarbons |
| 6. Solutions | 16. p- Block Elements: Group 15 Elements (VA Group Elements) | 26. Stereo Chemistry |
| 7. Electro Chemistry | 17. p- Block Elements: Group 16 Elements (Via Group Elements) | 27. Haloalkanes & Haloarenes: Haloalkanes |
| 8. Solid State | 18. P- Block Elements: Group 17 Elements (VIIA Group Elements) | 28. Alcohols , Phenols and Ethers |
| 9. Chemical Kinetics | 19. Group 18 Elements: (Zero Group Elements) | 29. Aldehydes and Ketones |
| 10. Thermodynamics | 20. Transition Elements | 30. Carboxylic Acids |
MATHEMATICS:
| 1. Algebra | 3. Vector Algebra | 5. Coordinate Geometry |
| 2. Trigonometry | 4. Probability | 6. Calculus
|
Life Sciences
| 1. Cell Biology | 8. Ecology, Environment and Evolution |
| 2. Genetics | 9. Physiology |
| 3. Molecular Biology and Genetic Engineering | 10. Metabolism |
| 4. Biotechnology | 11. Animal Science |
| 5. Biomolecules | 12. Plant Science |
| 6. Immunology | 13. Microbiology |
| 7. Techniques | 14. Nutrition |
Physical Sciences
Electricity, Magnetism and Electronics:
| 1. Electrostatics | 7. Varying and alternating currents |
| 2. Dielectrics | 8. Maxwell’s equations and electromagnetic waves |
| 3. Capacitance | 9. Basic Electronics |
| 4. Magnetostatics | 10. Digital Principles |
| 5. Moving charge in electric and magnetic field | 11. Logic gates |
| 6. Electromagnetic induction |
Thermodynamics and Optics:
| 1. Kinetic theory of gases | 7. The Matrix methods in paraxial optics |
| 2. Thermodynamics | 8. Aberrations |
| 3. Thermodynamic potentials and Maxwell’s equations | 9. Interference |
| 4. Low temperature Physics | 10. Diffraction |
| 5. Quantum theory of radiation | 11. Polarization |
| 6. Statistical Mechanics | 12. Laser, Fiber Optics and Holography |
Mechanics and Waves and Oscillations:
| 1. Vector Analysis | 7. Fundamentals of vibrations |
| 2. Mechanics of Particles | 8. Damped and forced oscillations |
| 3. Mechanics of rigid bodies | 9. Complex vibrations |
| 4. Mechanics of continuous media | 10. Vibrations of bars |
| 5. Central forces | 11. Vibrating Strings |
| 6. Special theory of relativity | 12. Ultrasonics |
Mathematical Sciences
LINEAR ALGEBRA AND VECTOR CALCULUS
Linear Algebra
Multiple integrals and Vector Calculus
REAL NUMBERS
DIFFERENTIATION AND INTEGRATION
DIFFERENTIAL EQUATIONS & SOLID GEOMETRY
Differential equations of first order and first degree:
Differential equations of the first order but not of the first degree:
Higher order linear differential equations:
System of linear differential equations:
Solution of a system of linear equations with constant coefficients;
SOLID GEOMETRY
The Plane
The Line
The Sphere
Chemical Sciences
INORGANIC CHEMISTRY
s-block elements:
p-block elements
Organometallic Chemistry:
Chemistry of d-block elements
Chemistry of f-lock elements
Theories of bonding in metals
Metal carbonyls and related compounds
Coordination Chemistr
Spectral and Magnetic Properties of Metal Complexes
Reactivity of metal complexes
Stability of Metal Complexes
Hard and soft acids bases (HSAB)
Bioinorganic Chemistry
ORGANIC CHEMISTRY
Structural theory in Organic Chemistry:
Acyclic Hydrocarbons:
Alicyclic hydrocarbons (Cycloalkanes):
Benzene and its reactivity
Polynuclear Hydrocarbons
Halogen compounds
Hydroxy compounds
Carbonyl compounds
Carboxylic acids and derivatives:
Active methylene compounds
Exercises in interconversion
Nitrogen compounds
Nitro hydrocarbons
Heterocyclic Compounds
Introduction and definition
Carbohydrates
Amino acids and proteins
Mass Spectrometry
PHYSICAL CHEMISTRY
Gaseous state
Liquid state
Solid state
Solutions
Colloids and surface chemistry
Phase rule
Dilute solutions
Electrochemistry
Chemical kinetics
Photochemistry
Thermodynamics
Chemistry and Industry
Physico Chemical methods of analysis
Separation techniques
Spectrophotometry
Molecular Spectroscopy
Drugs, formulations, pesticides and green chemistry
Formulations
Pesticides
Green Chemistry
Introduction:
Green Synthesis:
Microwave and Ultrasound assisted green synthesis:
Macromolecules, materials Science and catalysis
GENERAL CHEMISTRY
Atomic Structure and elementary quantum mechanics
Chemical Bonding
Stereochemistry of carbon compounds:
General Principles of Inorganic qualitative analysis:
Molecular symmetry
Theory of quantitative analysis
Evaluation of analytical data
Introductory treatment
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