UP PGT Chemistry Syllabus 2025, Download PDF

UP PGT Chemistry Syllabus 2025 has been released on his website by Uttar Pradesh Secondary Education Services Selection Board (UPSESSB). Candidates should go through courses for PGT Chemistry to know the nuances of examination patterns, subjects, subjects, marks distribution, marking scheme and other related information. For more information about Uttar Pradesh PGT Chemistry Syllabus 2025, read the following articles.

UP PGT Chemistry Course 2025

UP PGT Chemistry Syllabus 2025 includes essential topics such as physical chemistry, organic chemistry, inorganic chemistry and analytical chemistry, which ensure intensive understanding of fundamental and advanced concepts. The examination pattern consists of 125 multiple-chicis questions (MCQ), which contains a total of 425 marks, with each question with a time period of 3.4 marks and 2 hours. There is no negative marking in UP PGT exam 2025. A well -structured courses help to promote the possibility of success in the UP PGT Chemistry Exam 2025 by focusing on the aspirations strategically on major topics, managing time and improving accuracy.

UP PGT Chemistry Exam Pattern 2025

The UPSESSB UP TGT PGT exam pattern 2025 includes 125 multi-favorite questions (MCQ) for both TGT and PGT exams, which are conducted in offline mode (paper-pain based). The TGT exam has 500 marks with each question of 4 marks, while the PGT exam has 425 marks, each with a value of 3.4 marks. Both examinations have a 2 -hour time period, and there is no negative marking. These exams are conducted in the schools of Uttar Pradesh for the recruitment of trained graduate teachers (TGT) and Post Graduate Teachers (PGT).

UP PGT Chemistry marks distribution 2025

UP TGT PGT Marx Weightage 2025 underlines the selection criteria for both posts. For PGT post, the written examination has 425 marks (85%weightage), the interview is 50 marks (10%), and special qualification adds 25 marks (5%), making a total of 500 marks. In contrast, the TGT post selection is completely based on the written examination, which carries 500 marks (100% weightage), which has no additional marks for any interview or qualification. This structure highlights the importance of written examination in both posts, giving PGT candidates an additional lead for higher qualifications.

UP PGT Chemistry Syllabus 2025 Detailed

UP PGT Chemistry Syllabus 2025 includes the major topics from physical, inorganic and organic chemistry, which align with advanced concepts in the subject. This includes molecular composition in gaseous, liquid and solid state, thermodynamics, chemical kinetics, electrochemistry and physical chemistry. The inorganic chemistry focuses on atomic structure, periodic classification, coordination compounds, transition metals, lanthnides and actinides. Organic chemistry includes reaction mechanisms, stereochemistry, biomolecule and advanced synthetic functioning. The syllabus is designed to assess ideological clarity and application-based knowledge, making it necessary for the candidates who are preparing for the UP PGT Chemistry Examination.

(A) Physical Chemistry:

• gaseous state: Kinetic molecular theory of gases, derivation of kinetic equations and verification of gas laws, details of molecular velocities, heat capacity of gases, energy distribution law, molecular confrontation and transport phenomena, free tract and collision diameter, non-dial gases: van der walls Equation and other state equations, liquidization of laws and gases of the concerned states
• liquid state: Inquineral forces in fluids, vapor pressure of fluids and its temperature dependence and surface stress and viscosity of fluids and their temperature effects
• Solid status: Crystal: Crystal: Size and symmetry, space lattice and unit cell, miller index, various crystal systems, equation of brag, crystal structure of sodium chloride, packing atoms in cubic systems and connection in solid and crystal defects
• Collaidal State: Leiofilic and leopyobic colloids, formation and properties of colloids, charging generation on collaidal particles, coopeulation and protecting applications of colloids and colloids (aerosol, foam, emulsion)
• molecular structure: Bipolar moment and molecular structure determination, infrared and Raman spectroscopy and molecular structure determination and nuclear magnetic resonance (NMR) and electron spin resonance (ESR) spectroscopy and their application in their applications
• Thermodynamics and Thermocamistry: Zero and first law of thermodynamics, bag and internal energy, applications of the first law of thermodynamics, the work done by an ideal gas in isotteremal and adiabetic expansion, jul-thomson coefficients, reaction bags (combustion, formation, neutrality, phase change, and Phase changes, and phase changes, and phase changes, and phase changes, and phase changes, and phase changes, and phase changes, and phase changes, and phase changes, and the action of making high), law of HES and its application and bond energy
• Second rule of thermodynamics: Carnot cycle, entropy and its physical concept and antropi changes in reversible and irreversible processes
• Free Energy (Gibs and Helmholtz): Relationship of Maxwell, partial molar volume (chemical capacity), gibs-duhham relationship and clampius-clepiron equation and gibs-halmholtz equation
• Molecular thermodynamics: Partition function and its importance, partition function and the relationship between the thermodynamic properties and the electronic division functions of translation, rotational, vibration and ideal gases
• Surface Chemistry: Physical and chemical absorbing, langmuir absorbing isotherm and condition equation and its application
• Photochmistry: Primary and secondary procedures, the rules of photochemical equipment of Einstein, phosphorescence and fluorescence, hydrogen iodide and photochemical decomposition of chemical laser
• Catalis: Homogenesis
• Solution: Ideal and non-side solutions, ralt laws, coliguratory properties (skytric pressure, vapor pressure reduction, boiling point height, cold point depression) and molecular load from coloigative properties
• Atomic Chemistry: Fundamental particles and their classification, atomic force, liquid drop and shell model of nuclear nuclei, atomic stability, energy change in nuclear reactions, concept of nuclear cross-section and nuclear fraction, splash and fusion reactions
• Chemical Caneyx: Order and molecularity of reactions, rate law for reactions of first and second order, temperature dependence of rate constant (arhainius equation), reaction order and infection methods to determine state theory
• chemical equilibrium: Relations between KP and KC, decomposition of phosphorus pentacloride, formation of HI and NH3, CACO 3 and NH4HS and Le Chettere’s principles and decompositions
• Electrochemistry: Electrical conductivity, arranius theory of electrolytic separation, the weakening law of the ustold, the principle of strong electrolytes, Debbie-Honor-Honor Equation, Determination of Challane and its applications, ion of khalrasch, ion of khalrasch, laws Equation and standard electrode capacity. Measurement of EMF and its applications, fuel cells, ionic balance (solubility product, hydrolysis of salts, pH, buffer solution, acid-base indicators)

(B) Inorganic Chemistry:

• Atomic structure: Wave-Kana duality, Hygenburg uncertainty principle, shrodenger wave equation, atomic orbitals, quantum number, s, p, and de orbital, offbow theory, exclusion theory of Pauli, exclusion theory of Pauli, rules, elements and periodic tables of the Hand, elements and periodic tables ( Nuclear and ionic ready, ionization energy, electron affinity, electronegativity)
• chemical bonding: Inexic bonding (forged energy, birth-birth-cycle, salvation energy), co-ordinating relationship (hybridization, molecular orbital theory) and molecular shapes of NH3, H3O+, SF6, and IF7
• S-block element: Common features, chemistry of lithium and berillium, diagonal relationship
• P-block element: Common properties, oxide and nitrogen, phosphorus, and sulfur, phosphhesen, silicates, and silicone and dibores, interhelogenes, and oxidacids of polyhydes
• D-block element: 3D, 4D, and 5D infection metals, coordination compounds (theory of walnar, IUPAC nomenclature, isomerism, metal-ligand bonding), crystal field theory (tetrahedral and octahedral complex, CFSE, Magnetism in Magnetism) Electronic spectra features metal premises
• Lanthanides and actinides: Electronic configuration, oxidation state, separation technology, and magnetic and spectroscopic properties
• Bioinorganic chemistry: Role of alkali and alkaline earth metal ions in biological systems and metal porphirin (hemoglobin and myoglobin)

(C) Organic Chemistry:

• General Organic Chemistry: The orbital representation of methane, athane, athane, atheen, and benzene, polarization of bonds (inductive, resonance, and steric effects), basicness of acidity and organic compounds, nucleophylics and electrophilic replacement, additions, additions, additions, and symmetry and isolation and isomism Stereosomerism)
• Important functional group: Alkyl Halids, Alcohol, Aldehydes, Ketones, Carboxylic acid, and their derivatives, preparations and reactions for ginger reagents and Keto-Nol Totomersism
• Carbohydrate: Classification and ring structure and mutotation of glucose and fructose
• Aromatic compound: Common methods of preparation and electrophilic replacement reactions

UP PGT Chemistry Syllabus 2025 PDF

Candidates can mention the table below to download the PGT Chemistry course 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.

sharing is Caring!