What will i learn?
Curriculum for this course
661 Lessons
00:00:00 Hours
INORGANIC
211 Lessons
00:00:00 Hours
- BIOINORGANIC PYQ DISCUSSION PART 1
- PERIODIC PROPERTIES PYQ DISCUSSION
- Organometallic Compounds PYQ DISCUSSION
- COORDINATION COMPOUNDS PYQ DISCUSSION PART 1
- COORDINATION COMPOUNDS PYQ DISCUSSION PART 2
- COORDINATION COMPOUNDS PYQ DISCUSSION PART 3
- COORDINATION COMPOUNDS PYQ DISCUSSION PART 4
- COORDINATION COMPOUNDS PYQ DISCUSSION PART 5
- Main Group Elements Pyq Discussion Part 1
- Main Group Elements Pyq Discussion Part 2
- Main Group Elements Pyq Discussion Part 3
- Introduction to coordination complex
- Ligand Classification
- On the basis of charge
- Based on the Denticity
- Based on the Chelation
- Based on the Interaction
- Nomenclature part 1
- Nomenclature part 2
- Ionization isomerism
- Hydrate isomerism
- Linkage isomerism
- Coordinate isomerism
- Coordinate position isomerism
- Ligand isomerism
- Polymerism isomerism
- Geometrical isomerism
- Optical Isomerisation
- Tetrahedral-types of stereo isomers
- Octahedral-types of stereo isomers
- Square planar-types of stereo isomers
- Bidentate ligands-types of isomers
- Werner's theory
- VBT-Tetrahedral complexes
- VBT-Square planar complexes
- VBT-Octahedral complexes
- Shapes of orbitals
- CFT - CFSE Calculation
- CFT - Application of cfse
- PYQ Discussion Part 1
- PYQ Discussion Part 2
- PYQ Discussion Part 3
- PYQ Discussion Part 4
- PYQ Discussion Part 5
- Nuclear Chemistry - Introduction
- Radioactive disintegration
- Types of radioactive decay
- Theories of radioactive disintegration
- Radioactive series
- Isotopes, Isobars and Isotones
- Nuclear Reactions
- Mass defect and Binding energy of the nucleus
- Meson theory of nuclear forces
- Value of a nuclear reaction
- Nuclear Fission
- Nuclear Fusion
- Transuranium Elements
- Radioactive Tracers
- Age of the earth by rock dating method
- Age of recent objects by radio-carbon dating method
- Organometallics
- EAN and 18 electron rule
- Application of 18 electron rule
- Calculation of M-M (LNCC)
- Wade rule and HNCC
- Metal carbonyls frequency and synthesis
- Reactions of metal carbonyls
- Carbonyl derivatives
- Metal nitrosyl
- Phosphines
- Metal alkenes
- Metal carbenes
- Metal carbynes
- Isoloble analogy
- Metallocenes - ferrocene
- Reactions of organometallic reactions 1
- Reactions of organometallic reactions 2
- PYQ Discussion
- Alkali Metals Part 1
- Alkali Metals Part 2
- Alkaline Earth Metals Part 1
- Alkaline Earth Metals Part 2
- Boron Family Part 1
- Boron Family Part 2
- Boron Family Part 3
- Carbon Family Part 1
- Carbon Family Part 2
- Nitrogen Family Part 1
- Nitrogen Family Part 2
- Nitrogen Family Part 3
- Oxygen Family Part 1
- Oxygen Family Part 2
- Halogen Family Part 1
- Halogen Family Part 2
- Zero group family part 1
- Zero group family part 2
- PYQ Discussion
- Introduction
- Porphyrins
- Oxygen carrier and storage devices - Part 1
- Oxygen carrier and storage devices - Part 2
- Electron transfer agent
- Transport and storage of iron
- Cytochromes
- Carbonic anhydrase
- Sodium potassium pumb, Nitrogen fixation and Photosynthesis
- Deficiency, toxicity of metals and Genetic defects
- PYQ Discussion Part 1
- Periodic Table
- Metallic and Non-Metallic Character (Oxides)
- Atomic Radius
- Ionic Radius
- Slater's Rule 1
- Slater's Rule 2
- Ionization Enthalpy
- Electron Gain Enthalpy
- Electronegativity
- Quantum Numbers
- Finding Group Number/ Period/ Block
- PYQ Discussion
- Chemical Bonding _ Assignment 1
- Main Group Elements Assignment
- Periodic Properties Assignment
- Coordination Chemistry Assignment
- Bioinorganic Chemistry Assignment
- Nuclear Chemistry Assignment
- Organometallic Compounds Assignment
- Chemical Bonding Assignment
- Chemical Bonding Live Part 1
- Chemical Bonding Live Part 2
- Periodic Properties part 1
- Periodic Properties Part 2
- Main Group Elements, Periodic Properties & Chemical Bonding One Shot Live
- Coordination Compounds, Organometallic Compounds, D block Elements, Bioinorganic Chemistry One-shot
- Main group Element , Periodic Properties, Chemical bonding & nuclear Chemistry One shot
- Chemical bonding - Introduction
- Lewis Structure
- Formal Charge
- Orbital Theory
- Covalency and Excitation theory
- Variable valency and Applications
- Valance Bond Theory
- Types of covalent bond formation
- VSEPR Theory Part 1
- VSEPR Theory Part 2
- Bond Length
- Bond Angle
- Hybridisation Part 1
- Hybridisation Part 2
- Hybridisation Part 3
- Hybridisation Part 4
- Hybridisation Part 5
- Hybridisation Part 6
- Hybridisation Part 7
- Drago's Rule
- Isostructural Species
- Walden Inversion
- Bent rule
- Berry pseudorotation
- Concept of planarity
- Resonance and Bond order
- Molecular Orbital Theory
- Molecular Orbitals
- Molecular orbitals in homonuclear diatomic molecule
- Bond order
- Magnetic behaviour
- Molecular orbitals in heteronuclear diatomic molecule
- NO Molecule
- Ionic Bond / Electrovalent Bond
- Factors affecting Lattice energy
- Fajan's rule
- Applications of Fajan's rule
- Metallic bond
- Born Haber Cycle
- Dipole Moment
- Applications of dipole moment Part 1
- Applications of dipole moment Part 2
- Hydrogen bonding and its applications Part 1
- Hydrogen bonding and its applications Part 2
- Vander Waal's Force
- Chemical bonding - Introduction Quiz 00:12:00
- Lewis Structure Quiz 00:03:00
- Formal Charge Quiz 00:03:00
- Valance Bond Theory Quiz 00:03:00
- Types of covalent bond formation Quiz 00:06:00
- VSEPR Theory Part 1 Quiz 00:09:00
- VSEPR Theory Part 2 Quiz 00:15:00
- Bond Length Quiz 00:06:00
- Bond Angle Quiz 00:09:00
- Hybridisation Part 1 Quiz 00:03:00
- Hybridisation Part 2 Quiz 00:12:00
- Hybridisation Part 3 Quiz 00:06:00
- Hybridisation Part 4 Quiz 00:09:00
- Hybridisation Part 5 Quiz 00:12:00
- Hybridisation Part 6 Quiz 00:12:00
- Hybridisation Part 7 Quiz 00:03:00
- Isostructural Species Quiz 00:15:00
- Berry pseudorotation Quiz 00:06:00
- Molecular Orbital Theory Quiz 00:03:00
- Molecular orbitals in homonuclear diatomic molecule Quiz 00:03:00
- Bond order Quiz 00:12:00
- Magnetic behaviour Quiz 00:03:00
- Ionic Bond / Electrovalent Bond Quiz 00:03:00
- Fajan's rule Quiz 00:06:00
- Applications of Fajan's rule Quiz 00:03:00
- Dipole Moment Quiz 00:06:00
- Applications of dipole moment Part 1 Quiz 00:03:00
- Applications of dipole moment Part 2 Quiz 00:06:00
- Hydrogen bonding and its applications Part 1 Quiz 00:09:00
- Hydrogen bonding and its applications Part 2 Quiz 00:09:00
- Vander Waal's Force 00:06:00
ORGANIC
169 Lessons
00:00:00 Hours
- NATURAL PRODUCTS PYQ DISCUSSION
- Stereochemistry Pyq Discussion Part 1
- Stereochemistry Pyq Discussion Part 2
- Goc And Aromaticity Pyq Discussion
- Reaction Intermediates Pyq Discussion
- Heterocyclic Pyq Discussion
- Name Reaction Pyq Discussion
- Introduction to heterocyclic compound
- Pyrrole & Indole
- Furan & Thiophene
- Pyridine
- Derivatives of pyridine
- Introduction to pericyclic reaction part A
- Introduction to pericyclic reaction part B
- Electrocyclic reaction
- Cyclo addition reaction part-1
- Cyclo addition reaction part-2
- Sigma tropic reaction part-1
- Sigma tropic reaction part-2
- Natural products - Introduction Part A
- Natural products - Introduction Part B
- Carbohydrates - Preparation and Properties
- Carbohydrates - Optical activity, , epimerization, Haworth Projection formula Part A
- Carbohydrates - Optical activity, , epimerization, anomer _ Part B
- Carbohydrates- Anomeric effect
- Carbohydrate - Reactions in cyclic structure Part A
- Carbohydrates- Disaccharides and Polysaccharides Part B
- Amino acid - Introduction
- Amino acid Synthesis
- Protein - Classification
- Synthesis and seperation of Peptides
- Structure of Protein
- Nucleic acid- Introduction
- Watson and Crick model of DNA Part A
- Watson and Crick model of DNA Part B
- Structure of RNA
- Enolate Chemistry Part-1
- Enolate Chemistry Part-2
- Enolate Chemistry Part-3
- Aldol Condensation & Claisen Schmidt Condensation
- Mannich & Reforamatsky Reaction
- Perkin & Knoevenagel Condensation
- Claisen Condensation & Dieckman Cyclisation
- Michael Addition & Robinson annelation
- Darzon Condensation, Favorski Rearrangement & Haloform Reaction
- Cannizaro Reaction & Benzoin Condensation
- NMR Spectroscopy Lecture 1
- NMR Spectroscopy Lecture 2
- NMR Spectroscopy Lecture 3
- NMR Spectroscopy Lecture 4
- NMR Spectroscopy Lecture 5
- NMR Spectroscopy Lecture 6
- NMR Spectroscopy Lecture 7
- NMR Spectroscopy Lecture 8
- Conditions for Aromaticity Part 1
- Conditions for Aromaticity Part 2
- Anti-aromatic Compounds Part 1
- Anti-aromatic Compounds Part 2
- Non-aromatic Compunds
- Homo-aromatic Compounds
- Quasi-aromatic Compounds
- Craigs Rule
- Fulvalene
- Introduction of Reagents
- Hydride based reagents
- Lithium Aluminium Hydride
- Lithium Aluminium Hydride Part 2
- Reduction of Acid Chlorides and Esters
- Sodium Borohydride
- Sodium Borohydride Preparation
- Lithium Borohydride
- Zinc Borohydride
- Sodium Cyanoborohydride
- Luche Reagent
- Borane Part 1
- Borane Part 2
- DIBALH Part 1
- DIBALH Part 2
- Introduction to Reaction Mechanism
- Substitution Reactions & Types of substitution reaction
- SN2 Reaction & Stereochemistry of SN2 reaction
- Factors affecting Sn2 Reaction Rate part 1
- Factors affecting Sn2 Reaction Rate part 2
- Sn1 Reaction & Stereochemistry of Sn1 Reaction
- Factors affecting Sn1 Reaction Rate part 1
- Factors affecting Sn1 Reaction Rate part 2
- Carbocation Rearrangement in Sn1 Reaction
- Summary of Sn1 & Sn2 Reaction
- Ring Opening of Epoxide
- Introduction to Elimination reaction & E2 Elimination Reaction (Sterochemical aspect)
- Regio selectivity of E2 reaction(Saytzeff & Hoffmann rule)
- Stereospecific E2 Elimination Part 1
- Stereospecific E2 Elimination Part 2
- Application of UV -Visible spectroscopy part 1
- Application of UV -Visible spectroscopy part 2
- Application of UV -Visible spectroscopy part 3
- Application of IR spectroscopy - part 1
- Application of IR spectroscopy - part 2
- Introduction to reaction intermediate Part 1
- Introduction to reaction intermediate Part 2
- Carbocation part 1 A
- Carbocation part 1 B
- Carbocation part 2
- Carbocation part 3
- Carbocation part 4
- Carbocation part 5
- Carbocation part 6
- Carbocation based Name reactions
- Carbanion Part 1
- Carbanion Part 2
- Free radical Part 1
- Free radical Part 2
- GOC Assignment
- Stereochemistry Assignment
- Natural products Assignment
- Heterocyclic Compounds Assignment
- Pericyclic Reactions
- Name Reactions
- Organic Spectroscopy
- Reaction Intermediates
- Reaction Mechanism Assignment
- Reagents Assignment
- Introduction
- Representation of organic compounds
- Optical isomerism Part 1
- Optical isomerism Part 2 A
- Optical isomerism Part 2 B
- R&S Nomenclature Part 1
- R&S Nomenclature Part 2
- R&S Nomenclature Part 3
- Geometrical Isomerism Part 1
- Geometrical Isomerism Part 2
- Conformation Part 1
- Conformation Part 2
- Conformation Part 3
- Isotopic, Enantiotopic and Diasteriotopic
- General Organic Chemistry Part 1 Live
- General Organic Chemistry Part 2 Live
- Stereochemistry Live Part 1
- Stereochemistry Live Part 2
- GOC, Aromaticity , Stereochemistry, Natural Products & Organic Spectroscopy Oneshot
- Reaction intemediates, reaction mechanism, Reagents, Heterocyclic compounds, Pericyclic reactions and Name reactions Oneshot
- GOC, Aromaticity, stereochemistry, Natural Product and organic spectroscopy One shot
- GOC - Introduction
- Degree of unsaturation
- Electronic Effect - Inductive Effect
- Applications of Inductive Effect
- Resonance
- Stability of Resonating Structures
- Electronic Effect - Mesomeric Effect
- Applications Of Mesomeric Effect Part 1
- Applications Of Mesomeric Effect Part 2
- Electronic Effect-Hyperconjugation and it's application
- IUPAC-Nomenclature part 1
- IUPAC-Nomenclature part 2
- IUPAC-Nomenclature part 3
- GOC - Introduction Quiz 00:15:00
- Degree of unsaturation Quiz 00:12:00
- Electronic Effect - Inductive Effect Quiz 00:15:00
- Resonance Quiz 00:12:00
- Electronic Effect-Hyperconjugation and it's application 00:15:00
- Applications of Inductive effect 00:15:00
- Stability of Resonating Structures 00:15:00
- Electronic Effect - Mesomeric Effect 00:15:00
- Applications Of Mesomeric Effect Part 1 00:15:00
- Applications Of Mesomeric Effect Part 2 00:15:00
- IUPAC-Nomenclature part 1 00:15:00
- IUPAC-Nomenclature part 2 00:15:00
- IUPAC-Nomenclature part 3 00:15:00
PHYSICAL
281 Lessons
00:00:00 Hours
- Introduction - Basic mathematical concept
- The schrodinger wave equation
- Concept of orbitals
- Normalisation of function
- Condition for acceptable wave function
- Postulates in quantum chemistry 1
- Postulates in quantum chemistry 2
- Operators
- Commutative operators
- Eigen function and eigen value equation
- Application of schrodinger wave equation - 1 D Box
- Particle in 3 dimensional cubical box Part 1
- Particle in 3 dimensional cubical box Part 2
- The radial probability distribution function
- Atomic orbitals and their energies
- Unit Cell Part 1
- Unit Cell Part 2
- Types of Unit Cell
- Close Packing in crystals and voids
- Radius Ratio Part 1
- Radius Ratio Part 2
- Structure of Ionic Compounds - NaCl
- Structure of Ionic Compounds - Zinc Sulphide
- Structure of Ionic Compounds - ZnS Wurtzite
- Structure of Ionic Compounds - CsCl
- Structure of Ionic Compounds - Fluorite
- Structure of Ionic Compounds - Antifluorite
- Miller Indices
- Interplanar Distance
- X-ray Diffraction
- Band Theory
- Semiconductors
- introduction, Basics
- Physisorption and chemisorption
- Factors influencing adsorption
- Freundlich adsorption isotherm
- Langmuir adsorption isotherm
- BET adsorption isotherm
- Application of BET
- Surface area calculation
- Gibbs adsorption isotherm
- Classification
- Kinetics Introduction
- Rate of reaction
- Basic of adsorption
- Rate law & rate constant
- Order & Molecularity
- 1st Order Reaction
- 2nd Order Reaction
- General Equations & Graphs
- Steady state approximation
- Chain Reaction
- Arrhenius Equation
- Effect of pressure on rate constant
- Lindemann Mechanism
- Catalysis and types
- Enzyme Catalysis
- Catalytic efficiency, TON,TOF
- Collision theory
- Transition State Theory
- Atomic Models
- Some Atomic Terms
- Wave
- Planks Quantum Theory
- Photoelectric Effect
- Bohr Atomic Model
- Advantages of Bohr Theory
- Hydrogen Spectrum
- De-broglie Theory
- Heisenberg Uncertainty Principle
- Quantum Numbers
- Electronic Configuration
- Introduction to Spectroscopy
- Different types of spectroscopy
- Rotational Spectroscopy Part 1
- Rotational Spectroscopy Part 2
- Vibrational Spectroscopy Part 1
- Vibrational Spectroscopy Part 2
- Electronic Spectroscopy
- Beer-Lamberts law
- Raman Spectroscopy
- Introduction to Thermodynamics
- Terminology of Thermodynamics
- Maxwell Equation
- First law of Thermodynamics Part 1
- First law of Thermodynamics Part 2
- Degree of freedom
- Work, Heat and Energy Part 1
- Work, Heat and Energy Part 2
- Enthalpy Function
- Joule Thomson coefficient
- Second law of thermodynamics
- Introduction to entropy
- Third law of thermodynamics
- Free energies and partial molar derivatives
- Gibbs Duhem equation
- Thermochemistry part 1
- Thermochemistry part 2
- Laws Of Chemical Combinations
- Mole Concept
- Empirical & Molecular Formula
- Significance of Chemical Equations and Limiting Reagents
- Percentage Yield and Percentage Purity
- Principle of Atom Conservation
- Concentration Terms Part 1
- Concentration Terms Part 2
- Mixing or Dilution of Solution
- Some Typical Concentration Terms
- Liquid State
- Liquid Solutions And Henry's Law
- Phase Equilibrium - Introduction
- Phase Rule
- Application of phase rule-one component system Part 1
- Application of phase rule-one component system Part 2
- Important feature of water system
- Important feature of sulphur system
- Important feature of CO2
- Clapeyron Equation
- Ionic Equilibrium - Introduction
- Degree of dissociation
- Limitation of Ostward Dilution Law
- Acid, Base and Salt
- Properties of water - ionic product
- Acidity and pH scale
- pH calculation-strong acid
- pH calculation-strong base
- Mixture of two strong acids
- Mixture of strong acid and strong base
- pH of weak acid
- weak acid and strong acid
- Relative strength of weak acid and base
- pH of the mixture of two weak acids
- Buffer solutions
- Hydrolysis of salt-SA-WB
- Hydrolysis of salt-SB-WA
- Hydrolysis of salt-WA-WB
- Hydrolysis of salt-SA-SB
- Solubiluty product
- Application of solubility product
- Chemical equilibrium-introduction
- Law of mass action
- Equilibrium constants Part 1
- Equilibrium constants Part 2
- Reaction quotient
- Relation between Gibbs free energy and K
- Le-chatelier principle-concentration
- Le-chatelier principle-volume
- Le-chatelier principle-pressure
- Le-chatelier principle-temperature
- Le-chatelier principle-catalyst
- Thermodynamic equilibrium
- Gaseous State _Assignment
- Chemical Equilibrium_Assignment
- Mole Concept and Liquid State Assignment
- Solid State Assignment
- Chemical Kinetics Assignment
- Quantum Chemistry Assignment
- Surface Chemistry Assignment
- Phase Equilibrium Assignment
- Electrochemistry Assignment
- Thermodynamics Assignment
- Atomic Structure Assignment
- Chemical Equilibrium Assignment
- Physical Spectroscopy Assignment
- Gaseous State Live Part 1
- Gaseous State Live Part 2
- Chemical Equilibrium Live
- Ionic & Phase Equilibrium Live
- Ionic & Phase Equilibrium Part 2 Live
- Gaseous State,Solid State,Mole Concept & Liquid State One Shot Live
- Chemical Kinetics, Surface Chemistry, Electrochemistry & Thermodynamics One Shot
- Gaseous State Introduction
- Gas laws basics (equations and graphs)
- Boyle's law
- Charle's law
- Gay-Lussac's law
- Avogadro's law
- Combined gas law
- Concept of open containers
- Relation between molar mass and density
- Mixture of gases - Dalton's Law
- Average molecular mass of gaseous mixture
- Graham's law of diffusion/effusion
- Kinetic molecular theory of gases
- Derivation of kinetic gas equation
- Kinetic gas equation in terms of kinetic energy
- Most probable speed, Average speed, RMS speed
- Effect of temperature and molecular mass of gas on distribution of velocities
- Collision properties
- Collision diameter & Collision frequency
- Viscosity of gases
- Law of equipartition of energy
- Specific heat ratio of gases and molar heat capacity of gases
- Real gases - compressibility factor (Z)
- Vander waal's equations
- Virial equation of state
- Liquification of gas
- Law of corresponding states
- Electrolytic Conductance
- Ohm's Law
- Molar & Equivalent Conductance
- Variation of Conductance with dilution
- Debye Huckel Onsager Theory
- Kohlrausch's law
- Application of Kohlrausch's law
- Factors affecting Ionic Conductance
- Transport Number
- Ionic Mobility
- Conductometric Titration
- Galvanic Cell
- Cell Representation
- Types of Electrodes
- EMF
- Electrochemical Series
- Some Important Relations
- Nernst Equation
- Application of Cell Potential
- Electrode Concentration Cell
- Electrolytic Concentration Cell with transference
- Electrolytic Concentration Cell without transference
- Liquid Junction Potential (LJP)
- Activity
- Ionic Strength
- Electrolytic Conductance 00:15:00
- Ohm's Law 00:15:00
- Molar & Equivalent Conductance 00:15:00
- Variation of Conductance with dilution 00:15:00
- Debye Huckel Onsager Theory 00:15:00
- Kohlrausch's law 00:15:00
- Application of Kohlrausch's law 00:15:00
- Factors affecting Ionic Conductance 00:15:00
- Transport Number 00:15:00
- Ionic Mobility 00:15:00
- Conductometric Titration 00:15:00
- Galvanic Cell 00:15:00
- Cell Representation 00:15:00
- Types of Electrodes 00:15:00
- EMF 00:15:00
- Electrochemical Series 00:15:00
- Some Important Relations 00:15:00
- Nernst Equation 00:15:00
- Electrolytic Concentration Cell 00:15:00
- Electrolytic Concentration Cell with transference 00:15:00
- Application of Cell Potential 00:15:00
- Electrode Concentration Cell 00:15:00
- Electrolytic Concentration Cell without transference 00:15:00
- Liquid Junction Potential (LJP) 00:15:00
- Activity 00:15:00
- Ionic Strength 00:15:00
- Boyle's Law Quiz 00:06:00
- Charle's law Quiz 00:06:00
- Gay-Lussac's law Quiz 00:03:00
- Avogadro's law Quiz 00:03:00
- Combined gas law Quiz 00:03:00
- Relation between molar mass and density 00:06:00
- Mixture of gases - Dalton's Law Quiz 00:06:00
- Average molecular mass of gaseous mixture Quiz 00:06:00
- Graham's law of diffusion/effusion Quiz 00:06:00
- Kinetic molecular theory of gases Quiz 00:09:00
- Derivation of kinetic gas equation Quiz 00:06:00
- Kinetic gas equation in terms of kinetic energy Quiz 00:03:00
- Most probable speed, Average speed, RMS speed Quiz 00:06:00
- Collision properties Quiz 00:03:00
- Collision diameter & Collision frequency Quiz 00:03:00
- Real gases - compressibility factor (Z) Quiz 00:12:00
- Vander waal's equations Quiz 00:09:00
- Virial equation of state Quiz 00:03:00
- Liquification of gas Quiz 00:04:00
- Law of corresponding states Quiz 00:03:00
- Chemical equilibrium-introduction 00:15:00
- Law of mass action 00:15:00
- Equilibrium constants Part 1 00:15:00
- Equilibrium constants Part 2 00:15:00
- Reaction quotient 00:15:00
- Relation between Gibbs free energy and K 00:15:00
- Le-chatelier principle-concentration 00:15:00
- Le-chatelier principle-volume 00:15:00
- Le-chatelier principle-pressure 00:15:00
- Le-chatelier principle-temperature 00:15:00
- Le-chatelier principle-catalyst 00:15:00
- Thermodynamic equilibrium 00:15:00
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Description
The CUET PG Chemistry exam is a national-level entrance exam conducted by the National Testing Agency (NTA) for admission to postgraduate (PG) Chemistry programs offered by various participating universities across India. To be eligible, candidates must have a Bachelor's degree in Chemistry or a related subject with a minimum of 55% aggregate marks (50% for reserved category candidates).
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