UP PGT Physics Syllabus 2025, now Download PDF

UP PGT Physics Syllabus 2025, now Download PDF

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The UP PGT PYSISICS SYLlabus has been published on the official website of Uttar Pradesh Secondary Education Services Selection Board (UPSESSB). Candidates are advised to read the course for detailed information on the topics covered for exam pattern, Marx distribution, marking scheme and UP PGT Physics Examination. Candidates can see the following article well for more information about UP PGT Physics Syllabus 2025.

UP PGT Physics Course

UPSESSB has announced the UP TGT PGT recruitment 2025 for 4163 vacancies, so candidates should go through UP TGT PGT Syllabus 2025 and will have to prepare accordingly. UP PGT Physics course is required for candidates preparing for the exam as it outlines major subjects and helps in strategic preparation. The course includes mechanics, thermodynamics, electromagnetism, optics, modern physics and electronics, which cover fundamental and advanced concepts. The exam follows a MCQ-based pattern with 125 questions, with a total of 425 marks, and no negative marking. Understanding the curriculum ensures high accuracy in focusing studies, better time management and examination, which is important for aspirations aimed at securing a teaching status in schools of the Government of Uttar Pradesh.

PGT Physics Exam Pattern 2025

For PGT Physics posts, UP exam pattern 2025 has a single written test with 125 multi-favorite questions (MCQ). The total marks for the exam are 425, each question has 3.4 marks. The duration of the examination is 2 hours, and there is no negative marking for the wrong answers. The pattern is designed to assess the subject knowledge of the candidates, teach qualifications, and to assess logic skills, which is important for candidates to prepare well for all relevant subjects.

PGT Physics Exam Pattern 2025
Number of questions 125 questions
Time period 2 hours
Mark 425
Negative marking No
Each question 3.4 points
Types of questions Board

UP PGT Physics mark distribution 2025

The UP PGT Physics Marx Distribution 2025 has a total of 500 marks, which are divided into three components. The written examination has the highest weightage with 425 marks (85%), which assesses subject knowledge and teaching qualifications. The interview has an overall suitability evaluated for 50 marks (10%), communication skills, subject matter expertise and role. Additionally, special qualifications, such as Med, PhD, or NET, contribute to 25 digits (5%). This structured marking scheme ensures proper evaluation of candidates on the basis of their educational knowledge, teaching skills and additional qualifications.

UP PGT Physics Marx Weightage 2025
No. Examination For PGT Post For TGT Post
Mark Percentage Mark Percentage
1 Written test 425 85 500 100
2 Interview 50 10
3 Special Qualification 25 5 , ,
Total 500 100 500 100

UP PGT Physics Course Detailed

UP PGT Physics Syllabus includes a comprehensive category of subjects including classical mechanics, thermal physics, electromagnetism, optics, modern physics and electronics. Major areas include kinametics, newton laws, rotational speed, gravity, thermodynamics, kinetic principles of gases, electrostatics, current electricity and electromagnetic induction. It also includes wave optics, intervention, diffraction, polarization, quantum mechanics, nuclear structure, nuclear physics and semiconductor equipment. The syllabus is designed to test the ideological understanding and problem-solution capabilities of the candidates, which requires the candidates to have a strong understanding of fundamental principles and their applications in physics.

UP PGT Physics Course Detailed
Unit Description
Mechanics
  • Units and measurements: fundamental and derivative units, international systems of units, vectors (addition, subtraction, multiplication), shield, deviation, and curls.
  • Motion and mobility: center of mass, linear speed, force, torque, angular motion, protection law, centralpatel force and acceleration, central force, potential energy.
  • Gravity speed: speed under inverted class law, kepler law, satellite speed, projected speed.
  • Rotational speed: angular acceleration, moment of inertia, hard body motion.
  • Elasticity: Stress, stress, law of hook, coefficient of elasticity.
  • Surface tension: molecular theory, harmonious and adhesive force, capillary, contact angle, additional pressure, meniscus shape.
  • Vishalia: ideal fluid flow, continuity equation, theorem of Barnauli, equation of poizuil, stokes law.
Thermal physics
  • Thermodynamics: system, thermodynamic balance, state variables, isothematorous and adiabetic processes, concept of heat and work.
  • Laws of Thermodynamics: First Law, Jul’s Law, Internal Energy Application, Carnot Chakra, Carnot Theorem.
  • Kinetic Theory of Gases: Maxwell-Baltzman distribution, Route mean class speed, average speed, mean free path, transport phenomenon.
  • Heat Conduction and Radiation: Fourier Law, Conductor, Stephen-Boltzman Law, Veen’s Displacement Act, Planck’s Law.
Optics
  • Geometric optics: Solving the principle of firmat, thin lens combination, vipulation, telescope and microscope.
  • Physical optics: intervention, consistency, double-slit experiment of young, diffraction (Fresnell and Fraunhofar), Rayle’s criterion.
  • Polarization: polarized light, production and detection types, brooter rules, Malus’ rule, Nicole prism, optical rotation.
Waves and oscillations
  • Simple Hormonic Motion (SHM): Pendulum, Springs, forced oscillations, resonance.
  • Wave Motion: Use of superpocation theory, beats, stable waves, melted.
  • Sound waves: organ pipes, ultrasonic waves, dopper effects.
Electrical magnetism
  • Electrostatics: Coulomb’s Law, Gauss Law, Electric Field and Potential, Dipol Potential.
  • Capacitor: Parallel plate and circular capacitors, energy storage.
  • Magnetostatics: Ampere law, biot-split law, magnetic field due to a loop, Helmholtz Coil, Sensitivity.
  • Current electricity: Om’s rule, Kirchoff’s law, wheatstone bridge, potentials, heating effect of current.
  • Electromagnetic Induction: Farade Law, Lenage Law, Transformer, Eddom Currents, Anderson Bridge.
  • Alternative Current (AC): LCR circuit, resonance, strength factor.
Modern physics
  • Photolectric effect: Einstein’s equation, function function, threshold frequency, photovoltaic cell.
  • Atomic Physics: Bohr model, energy level, absorption and emission spectra.
  • Atomic physics: radioactivity, half life, mass defects, atomic bond energy, fragmentation and fusion, nuclear reactor.
  • X-rays: Production, continuous and characteristic spectra.
  • Solid-State Physics and Electronics: Thermonic emission, diode, rectifier, amplifiers, oscillator, TV theory, cathode-ray oscilloscope (CRO).

UP PGT Physics Syllabus 2025 PDF

Candidates can mention the table below to download UP PGT Physics Syllabus PDF. Going through the syllabus before starting your preparation will help them understand important topics and structure their study plan efficiently. Regularly will ensure that they will be centered and fix their strategy for better performance during their preparation regularly.

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Hello friends, I am Ashok Nayak, the Author & Founder of this website blog, I have completed my post-graduation (M.sc mathematics) in 2022 from Madhya Pradesh. I enjoy learning and teaching things related to new education and technology. I request you to keep supporting us like this and we will keep providing new information for you. #We Support DIGITAL INDIA.

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