TS POLYCET Syllabus and Exam Pattern 2024 is conducted by the State Board of Technical Education and Training, Telangana Hyderabad. Based on the POLYCET rank admission will be allotted.<\/p>\n\n\n\n
TS POLYCET 2024 \u2013 Application, Exam Date, Eligibility, Syllabus, Pattern<\/a><\/strong><\/p>\n\n\n\n TS POLYCET 2024 Application Form, Eligibility & Important Dates gives you a clear idea about the Exam date and date of application 2024<\/p>\n\n\n\n No separate application form for admission is prescribed for Candidates desirous of seeking admission into Engineering (or) Non \u2013 Engineering Diploma courses offered by Polytechnics.<\/p>\n\n\n\n The Candidates seeking admission into the Diploma in Pharmacy & Hotel Management and Catering Technology have to apply through DOST-2024 for which the entry qualification is 10 + 2, need not appear POLYCET\u2013 2024.<\/p>\n\n\n\n Candidates can fill out the online application for POLYCET-2024 is facilitated by the State Board of Technical Education and Training<\/p>\n\n\n\n TS POLYCET Syllabus 2024 the examination (POLYCET) will be of 2 Hrs 30 Minutes duration consisting of only one paper as per the syllabus in the subjects follows below. <\/p>\n\n\n\n The question paper for the Common Entrance Test for Admission into Polytechnics consists of 120 Questions. <\/p>\n\n\n\n All questions are of multiple-choice type. Two separate Ranks will be generated for each candidate through POLYCET for Admissions into Polytechnics and Admissions into Agricultural Diplomas as per the following criteria<\/p>\n\n\n\n For TS SBTET more queries students can visit TSPOLYCET<\/a>, SBTET Telangana<\/a> official link <\/p>\n\n\n\n\n
TS POLYCET 2024 Important Dates<\/h3>\n\n\n\n
Events<\/th> Dates<\/th><\/tr><\/thead> Commencement of Online registration for POLYCET 2024<\/td> To be announced<\/td><\/tr> Last date for online registration without a late fee <\/td> To be announced<\/td><\/tr> Last date for online registration with late fee Rs, 100\/-<\/td> To be announced<\/td><\/tr> Last date for tatkal online registration with late fee of Rs, 300\/-<\/td> To be announced<\/td><\/tr> Date of conduct of POLYCET-2024<\/td> To be announced<\/td><\/tr> Declaration of results<\/td> To be announced<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n TS POLYCET Syllabus and Paper Pattern 2024<\/h3>\n\n\n\n
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TS POLYCET Syllabus for POLYCET-2024 is the same as that of the SSC Examination of June 2024 conducted by the Board of Secondary Education, Telangana. <\/li>\n<\/ul>\n\n\n\nTS POLYCET Syllabus 2024<\/h3>\n\n\n\n
TS POLYCET Syllabus SUBJECT: MATHEMATICS<\/h5>\n\n\n\n
SL.NO<\/th> TS POLYCET Syllabus TOPIC<\/th><\/tr><\/thead> 1<\/td> Real Numbers
1) Division Algorithm
2) Euclid\u2019s Algorithm
3) Fundamental Theorem of Arithmetic
4) Rational Numbers And Their Decimal Expansions
5) Irrational Numbers
6) Logarithms<\/td><\/tr>2<\/td> Sets
1) Roster Form and Set Builder Form
2) Empty set, Universal set and subset
3) Basic operations onsets
4) Venn diagrams
5) Equal sets
6) Finite & infinite sets, cardinality of a finite set<\/td><\/tr>3<\/td> Polynomials
1) Degree, zero, value of a polynomial
2) Graphical representation of a quadratic polynomial
3) Relationship between zeroes and coefficients of a polynomial<\/td><\/tr>4<\/td> Pair of Linear Equations in Two Variables
1) Graphical Method
2) Relationship between coefficients and nature of equations
3) Substitution method
4) Elimination method<\/td><\/tr>5<\/td> Quadratic Equations
1. Quadratic equation
2. Solution by Factorization
3. Nature of roots<\/td><\/tr>6<\/td> Progressions
1) What is an arithmetic progression?
2) nth term of AP
3) Sum of \u2018n\u2019 terms of AP<\/td><\/tr>7<\/td> Coordinate Geometry
1) Distance between two points
2) Section Formula- Points of trisection, centroid
3) Area of triangle
4) Slope of a line<\/td><\/tr>8<\/td> Similar Triangles
1) Similar Triangles
2) Basic Proportionality theorem and converse
3) Criteria for Similarity of triangles
4) Pythagoras Theorem<\/td><\/tr>9<\/td> Tangents and Secants to a Circle
1) Tangents of a circle
2) Finding Length of a Tangent
3) Number of Tangents to a circle<\/td><\/tr>10<\/td> Mensuration
1) Surface Area and Volume of Solid Figures
2) Surface Area of Combination of Solids
3) Volume of Combination of Solids<\/td><\/tr>11<\/td> Trigonometry
1) Trigonometric Ratios
2) Values of Trigonometric Ratios for specific Angles
3) Trigonometric Identities<\/td><\/tr>12<\/td> Applications of Trignometry
1) Problems with one triangle
2) Problems with two triangles<\/td><\/tr>13<\/td> Probability
1) Probability-Mutually Exclusive Events
2) Complementary Events and probability
3) Deck of Cards and probability
4) Applications of probability<\/td><\/tr>14<\/td> Statistics
1) Mean \u2013 Direct Method
– Assumed mean method
2) Median
3) Mode
4) Graph of Ogive Curves(less than type)<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\nTS POLYCET Syllabus SUBJECT: CHEMISTRY<\/h5>\n\n\n\n
SL.NO<\/th> TS POLYCET Syllabus TOPIC<\/th><\/tr><\/thead> 1<\/td> Chemical Equations
\u00b7 Introduction
\u00b7 Some daily life examples of chemical reactions
\u00b7 Chemical equations \u2013 writing chemical equations
\u00b7 skeletal chemical equations
\u00b7 balancing chemical equations
\u00b7 Writing symbols of physical states
\u00b7 Heat changes
\u00b7 gas evolved and precipitate formed
\u00b7 Interpreting a balanced chemical equation.<\/td><\/tr>2<\/td> Acids, Bases and Salts
\u00b7 Introduction
\u00b7 Chemical properties of acids& bases
\u00b7 what do acids have in common?
\u00b7 What do bases have in common?
\u00b7 Do Acids produce Ions only in a Aqueous Solution?
\u00b7 Reaction of Acid, Base with water
\u00b7 Strength of Acid or Base – pH scale Importance of pH in everyday life, Salts
\u00b7 Chemicals from common salt.<\/td><\/tr>3<\/td> Structure of Atom
\u00b7 Introduction
\u00b7 Spectrum, Electromagnetic Spectrum
\u00b7 Bohr\u2019s model of Hydrogen atom and its limitations, Quantum Numbers
\u00b7 Quantum mechanical model of an Atom
\u00b7 Electronic Configuration of elements in their atoms
\u00b7 Aufbau Principle
\u00b7 Paulis Exclusion principle
\u00b7 Hund\u2019s Rule of maximum multiplicity<\/td><\/tr>4<\/td> Classification of Elements- The Periodic Table
\u00b7 Introduction
\u00b7 Need for arrangement of elements in an organized manner
\u00b7 Doberieners Triads \u2013Limitations, Newland\u2019s law of Octaves
\u00b7 Mendeleev\u2019s Periodic Table (Periodic law, Achievements & Limitations)
\u00b7 Modern Periodic Table
\u00b7 Properties of element and their trends in groups and periods.<\/td><\/tr>5<\/td> Principles of Metallurgy
\u00b7 Occurrence of Metals in nature
\u00b7 Extractions of metals from the Ores \u2013 activity series and related metallurgy
\u00b7 Flow chart of steps involved in the extraction of metals from ore, extraction of crude metals from the ore
\u00b7 Corrosion \u2013 Prevention of Corrosion
\u00b7 Important Processes used in metallurgy, Flux, Furnace.<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\nTS POLYCET Syllabus SUBJECT: PHYSICS<\/h5>\n\n\n\n
SL.NO<\/th> TS POLYCET Syllabus TOPIC<\/th><\/tr><\/thead> 1<\/td> Reflection of light at Curved Surfaces
\u00b7 Introduction
\u00b7 Normal to the curved surface
\u00b7 Spherical mirrors
\u00b7 Convex
\u00b7 Concave mirrors
\u00b7 Pole
\u00b7 Focus
\u00b7 Centre of curvature
\u00b7 Principal axis
\u00b7 Radius of curvature
\u00b7 Focal length
\u00b7 Images formed by spherical mirrors
\u00b7 Ray diagrams for spherical mirrors
\u00b7 Formula for spherical mirrors \u2013 sign convention
\u00b7 Application of reflection \u2013 Solar Cooker<\/td><\/tr>2<\/td> Refraction of Light at Curved Surfaces
\u00b7 Introduction
\u00b7 Refraction of light at curved surface
\u00b7 Lenses, Image formation
\u00b7 Rules for Ray diagram
\u00b7 Images formed by the lenses
\u00b7 Formula derived for thin lenses
\u00b7 Focal length of lens depends on surrounding medium
\u00b7 Behaviour of certain light ray when they are incident on a lens
\u00b7 Rules to draw the ray diagram for image formation by lens
\u00b7 Magnification
\u00b7 Lens maker formula.<\/td><\/tr>3<\/td> Human Eye and Colourful world
\u00b7 Introduction
\u00b7 Least distance of distinct vision
\u00b7 Structure of Human Eye
\u00b7 Myopia
\u00b7 Hypermetropia
\u00b7 Presbyopia<\/td><\/tr>4<\/td> Electric Current
\u00b7 Introduction
\u00b7 Electric current, Potential difference
\u00b7 How a battery or a cell works
\u00b7 Ohms law and its limitations
\u00b7 resistance, specific resistance
\u00b7 factors influencing resistance
\u00b7 electric shock
\u00b7 Electric Circuits, Kirchhoff\u2019s laws
\u00b7 Electric power
\u00b7 Safety fuses<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\nTS POLYCET Syllabus SUBJECT: BIOLOGY<\/h5>\n\n\n\n
SL.NO<\/td> TS POLYCET Syllabus TOPIC<\/td><\/tr> 1<\/td> NUTRITION
\u00b7 Autotrophic Nutrition
\u00b7 Water and Photosynthesis
\u00b7 Air and Photosynthesis
\u00b7 Light and Photosynthesis
\u00b7 Chlorophyll and Photosynthesis
\u00b7 Where does Photosynthesis take place?
\u00b7 Mechanism of Photosynthesis
\u00b7 Nutrition in Human Beings
\u00b7 Flow chart of human digestive system
\u00b7 Health aspects of the alimentary canal
\u00b7 Diseases due to malnutrition
\u00b7 Vitamin deficiency diseases<\/td><\/tr>2<\/td> RESPIRATION
\u00b7 Discovery of gases and respiration
\u00b7 Steps in Respiration
\u00b7 Breathing
\u00b7 Pathway of air
\u00b7 Epiglottis and passage of air
\u00b7 Mechanism of respiration in human beings
\u00b7 Gaseous Exchange (alveoli to capillaries)
\u00b7 Transportation of gases
\u00b7 Gaseous exchange (capillaries to cells and back)
\u00b7 Cellular respiration
\u00b7 Anaerobic respiration
\u00b7 Fermentation
\u00b7 Respiration versus combustion
\u00b7 Evolution in gases exchanging system
\u00b7 Respiration in plants
\u00b7 Photosynthesis versus Respiration<\/td><\/tr>3<\/td> TRANSPORTATION
\u00b7 Introduction \u2013 Need of the transport system in all living beings
\u00b7 Internal structure of the heart
\u00b7 Blood vessels and circulation
\u00b7 The cardiac cycle
\u00b7 Single and double circulation
\u00b7 Lymphatic system
\u00b7 Blood Pressure(B.P.)
\u00b7 Coagulation of blood
\u00b7 How is water absorbed?
\u00b7 The mechanism of water movement in plants
\u00b7 Transport of mineral salts
\u00b7 Transport of materials in plants<\/td><\/tr>4<\/td> EXCRETION
\u00b7 Introduction \u2013 Need of excretion
\u00b7 Excretion in Human Beings
\u00b7 Excretory System in Human being
1. Kidneys
Mechanism of urine formation
2. Ureters
3. Urinary bladder
\u00b7 Micturition
\u00b7 Composition of urine
\u00b7 Dialysis Machine (Artificial kidney)
\u00b7 Kidney transplantation
\u00b7 Other pathways of excretion (accessory excretory organs)
\u00b7 Excretion in other organisms
\u00b7 Excretion and release of substances in plants
\u00b7 Excretion Vs Secretion<\/td><\/tr>5<\/td> COORDINATION
\u00b7 Introduction \u2013 Need for control and coordination
\u00b7 Responding to stimuli
\u00b7 Integrating pathways – nervous coordination
\u00b7 Structure of nerve cell
\u00b7 Central Nervous System(CNS)
\u00b7 Peripheral Nervous System
\u00b7 Autonomous Nervous System
\u00b7 Coordination without nerves
\u00b7 Other chemical coordinators
\u00b7 Control mechanisms in plants
\u00b7 Tropic and nastic movements in plants<\/td><\/tr>6<\/td> REPRODUCTION
\u00b7 Introduction
\u00b7 Asexual mode of reproduction
\u00b7 Parthenogenesis
\u00b7 Parthenocarpy
\u00b7 Vegetative propagation
\u00b7 Sexual reproduction
\u00b7 Reproduction in placental mammals \u2013 Human beings
\u00b7 Male reproductive system
\u00b7 Female reproductive system
\u00b7 Childbirth
\u00b7 Sexual reproduction in flowering plants
\u00b7 Cell division and continuation of life
\u00b7 Cell division in Human beings
\u00b7 Cell cycle
\u00b7 Reproductive health
\u00b7 Birth control methods
\u00b7 Fighting against social ills<\/td><\/tr>7<\/td> HEREDITY & EVOLUTION
\u00b7 Introduction
\u00b7 New characters and variations
\u00b7 Mendel and his experiments
\u00b7 Reasons for selecting pea plant
\u00b7 Procedure followed by Mendel
\u00b7 Monohybrid cross
\u00b7 Self-pollination in F1- Generation
\u00b7 F2-Generation
\u00b7 Phenotype
\u00b7 Genotype
\u00b7 Dihybrid Cross
\u00b7 Mendel\u2019s Laws
\u00b7 Parent to progeny
\u00b7 How do traits get expressed?
\u00b7 Sex determination in human beings
\u00b7 Lamarckism
\u00b7 Darwinism
\u00b7 Speciation
\u00b7 Evidence of evolution
\u00b7 Evidence from embryology
\u00b7 Evidence from fossils
\u00b7 Human being \u2013a moving museum<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\nTS POLYCET 2024 Paper Pattern <\/h3>\n\n\n\n
Section<\/strong><\/td> Subject<\/strong><\/td> No. Of Questions<\/strong><\/td> Marks<\/strong><\/td><\/tr> I<\/td> Maths<\/td> 60<\/td> 60<\/td><\/tr> II<\/td> Physics<\/td> 30<\/td> 30<\/td><\/tr> III<\/td> Chemistry<\/td> 30<\/td> 30<\/td><\/tr> IV<\/td> Biology<\/td> 30<\/td> 30<\/td><\/tr> _<\/td> Total Marks<\/td> 150<\/td> 150<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n
Each question will have a stem and four answers noted against as 1,2,3 and 4. Out of these four, only one is an appropriate answer to the statement given in stem and the other three are distractors. <\/p>\n\n\n\n\n
Admission into<\/th> Qualifying marks<\/th><\/tr><\/thead> Polytechnics of Technical Education Department<\/td> 30% of 120 marks, 36 Marks in Maths, Physics, Chemistry put together<\/td><\/tr> Agricultural Polytechnics of Prof. Jayashankar Agricultural University, Hyderabad<\/td> 30% of 120 marks, 36 Marks in Maths (60\/2), Biology, Physics, Chemistry put together<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n