UP TGT Science Syllabus in English & Hindi PDF 2021

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UP TGT Science Syllabus in English 2021

Physics Syllabus UP TGT 2021

  1. Dimension & Measurement
    • Basic sources derived in the S.I. System
    • conversion of one system of units to another.
    • Application of dimensional analysis.
    • Scalar and vector Quantity.
  2. Motion & Force
    • Relative Speed
    • Newton’s theory of relative motion displacement
    • Speed & velocity
    • Linear Motion, Angular Motion, and their relation
    • Simple Linear Motion and various Motions
    • Awakening principle
    • Force
    • Acceleration
    • Equation of Motion
    • Potential and Kinetic energy
    • Linear Momentum and Angular Momentum
    • Conservation of Energy and Momentum
    • Change of Potential and Kinetic Energy with each other
    • Gravitational and Inertial Mass
    • Newton’s Law of Motion
    • Action and Reaction
    • Rotational Motion
    • Force Pair
    • Pseudo Force
    • Centrifugal Force and Centripetal Force
    • Coriolis force
    • Newton’s Gravitational Law
    • Kepler’s Law
    • Projectile Motion
    • Motion of Satellites
    • Geostationary satellite
    • Escape velocity
    • Gravitational Acceleration
    • Change in Value of ‘g’ (w.r.t – Height, Depth, Surface motion)
    • Simple Harmonic Motion and its Features
    • Simple Pendulum
    • Conservative and Non-conservative Force
    • Restoring Force
    • Factors affecting Time Period
    • Inertial and Non-inertial frame of reference
    • weightlessness in Lift
  3. Heat
    • Concept of Heat and Temperature
    • Measurement of Temperature Conversion from one scale to another
    • Absolute temperature scale
    • Thermal Equilibrium
    • Diffusion in solids
    • Linear expansion, Arial expansion, cuboidal expansion
    • Oxidative solids
    • Heat conduction
    • Equilibrium of Temperature and Temperature gradient
    • Good and bad conductors
    • Convection of heat
    • Convection current
    • Real and imaginary diffusion of light
    • Radiation of heat
    • Emissivity and Absorbivity of blackbody
    • Kirchhoff’s law
    • Black body
    • Wien’s displacement law
    • Planck’s law of blackbody radiation
    • Radiation from electromagnetic waves
    • Pressure and energy density
    • Newton’s law of cooling
    • Radiation modification
    • Stefan’s law
    • Heat capacity
    • Water equivalent of heat
    • Specific heat of solid, liquid and gas
    • Mayer’s relationship
    • Ratio of specific heats of monoatomic, diatomic and triatomic gases
    • Measurement of heat
    • Calorimeter
    • Change in state
    • Mirror
    • Hygrometer
    • Mechanical equivalent of heat
    • First law of thermodynamics
  4. Light
    • Spherical mirrors and lenses
    • Refraction
    • Formation of image
    • Human eye
    • विपणन
    • Acromaticity
    • Myopia & Hypermetropia
    • Minimum distance of clear visibility
    • Basic concepts of interference, diffraction and polarization
  5. Electricity
    • Cell – Primary and Secondary Cell
    • Internal resistance of cell
    • Electronic current & conduction current
    • Drift velocity
    • Mean free Path
    • Relaxation time
    • Ohm’s Law
    • Resistance in series and parallel combination
    • Measurement of Current and Potential Difference
    • Conversion of galvanometer into ammeter and voltmeter
    • Measurement of Resistance
    • Wheatstone Bridge & Post office box bridge
    • Difference between AC/DC Current
    • Transformer, Choke, Meter and Generator
  6. Modern Physics
    • Structure of Atom
    • Vector Model of Atom
    • Hydrogen Atom theory of Bohr
    • Basic concept of Nuclear energy
    • Fusion & Fission
    • Formation of Rays
    • Photo electric effect
    • P-N Junction
    • Basic concept of Amplifier



Chemistry Syllabus UP TGT 2021

  1. Matter
    • Nature and Behaviour – Types of matter
    • Elements and their classification(Metals & non metals)
    • Compounds and their mixtures
  2. Laws of chemical combination
    • law of constant composition
    • Law of Refractive and inverse proportion
    • Gay lussac’s law of gaseous volumes
    • Mitscherlich law of isomorphism
  3. Composition of Matter
    • Dalton’s Atomic Theory
    • Atoms, Molecules and their characteristics
  4. Atomic Structure
    • Discovery of electron, proton and neutron
    • Rutherford’s Alpha scattering experiment and discovery of nucleus
    • Rutherford, Bohr, sommerfeld’s atomic model
    • Quantum Numbers
    • Modern Atomic Theory
  5. De broglie hypothesis, Heisenberg hypothesis –
    • Heisenberg uncertainty principle
    • Electronic configuration of elements based on s, p, and d orbitals
    • Electronic configuration according to pauli exclusion principle and hund’s rule
  6. Radio Activity
    • Discovery of Radioactivity
    • Radioactive rays and their properties
    • Average life time and Half life time
    • Laws of Radioactive decay
    • Nuclear fusion and Fission
    • Artificial Radioactivity
    • Isotopes, Isobars, Isotones
  7. Chemical Bonding
    • Basic concept of connectivity
    • Electronic principles
    • Octet Rule
    • Exceptions to the Octet rule
    • Electrostatic
    • Covalent and coordinate bond
    • Characteristics of Ionic, covanlent and coordinate compounds
    • Fajan’s rule of polarisation
    • Inter pair effect
    • Valence Bond theory of covalency (Hydrogen atoms )
    • Hybridization
    • Orbital shapes of Sp2, Sp3 hybridization
  8. Chemical Reactions
    • Symbol, ion and formulas
    • Chemical Reactions and chemical equation
    • Physical and chemical change and their difference
    • Types of chemical reactions – Displacement, combination, decomposition, double , slow and fast chemical reactions, endothermic and exothermic reaction, and catalyzed reactions
  9. Electrochemical Cells
    • The working principle of voltaic cell 
    • Dry Cell
    • Lead storage battery
    • Reversible cell
    • Electrode potential
    • Nernst equation and its application
  10. Periodic classification of elements
    • Mendeleev’s Periodic classification and its basis.
    • Advantages and disadvantages of Mendeleev’s Periodic Table
    • Variations and properties of periodic table
    • Periodic properties of elements(atomic and ionic radius, ion potential, electron affinity, electronegativity)
    • Variation of periodic properties in groups and periods
    • Similarities between s and p block elements
    • Electronic configuration of first-row transition elements(3 d block elements)
    • Oxidation state
    • color- magnetism properties
    • Formation of complex compounds
  11. Organic Chemistry
    • Inductive effect, electrophoretic effect and mesomeric effects
    • Hyperconjugation, resonance and their applications
    • Electrophilic-and-nucleophilic-reagents
    • free radical carbo-cation and carbo-anion
    • hydrogen bonding and its effect
    • Classification and nomenclature of organic compounds
  12. Isomerism
    • Structural and stereoisomerism
    • Concept of Mechanism of Organic Reactions
    • Mechanism of simple substitution addition and elimination reaction
  13. Process of formation of organic compounds and their properties (given below)
    • Alkanes
    • Alkenes
    • Alkynes
    • Alkyl halide
    • Ketones
    • Acids and derivative benzene its formulation, properties and composition




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manish aggarwal
Founder of edumo, SSC CGL Aspirant, Educator, BCA Graduate
http://edumo.in

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