Канал: AK chemistry

CHEM 201 HPU supplementary Question paper Oct 2023

CHEM 201 HPU supplementary Question paper Oct 2023

CHEM 202 HPU Supplementary Question paper Nov 2023

CHEM 202 HPU Supplementary Question paper Nov 2023

B.Sc 1st year CHEM 101 HPU Question Paper #himachalpradesh

B.Sc 1st year CHEM 101 HPU Question Paper #himachalpradesh

Shimla vlog by students___Red_ribbon_Club @manvirsingh3611

Shimla vlog by students___Red_ribbon_Club @manvirsingh3611

Jai Shree Ram effect

Jai Shree Ram effect

CHEM 305 Polymer Chemistry Supplementary Exam 2023 #hpu #chemistry #spu

CHEM 305 Polymer Chemistry Supplementary Exam 2023 #hpu #chemistry #spu

CHEM 301 Supplimentary Polynuclear hydrocarbon, UV NMR spectroscopy Question Paper Nov 2023 #hpu#spu

CHEM 301 Supplimentary Polynuclear hydrocarbon, UV NMR spectroscopy Question Paper Nov 2023 #hpu#spu

B.Sc 2nd year CHEM 201, April 2023 Solution Electrochemistry and Organic HPU/SPU #exam #question

B.Sc 2nd year CHEM 201, April 2023 Solution Electrochemistry and Organic HPU/SPU #exam #question

B.Sc 3rd Year CHEM 301 April 2023 Organic Chemistry Question Paper #exam #class #question

B.Sc 3rd Year CHEM 301 April 2023 Organic Chemistry Question Paper #exam #class #question

HPU/SPU 2023 Chem 203 Basic Analytical Chemistry Question Paper.

HPU/SPU 2023 Chem 203 Basic Analytical Chemistry Question Paper.

BSC 2nd CHEM-204 HPU/SPU 2023 Fuel Chemistry and chemistry of cosmetic and perfumes

BSC 2nd CHEM-204 HPU/SPU 2023 Fuel Chemistry and chemistry of cosmetic and perfumes

B.Sc 2nd year Supplementary Basic Analytical Chemistry, Dec 2022

B.Sc 2nd year Supplementary Basic Analytical Chemistry, Dec 2022

Polymer Chemistry BSc 3rd year HPU Supplementary Dec 2022 Question Paper

Polymer Chemistry BSc 3rd year HPU Supplementary Dec 2022 Question Paper

B.Sc 2nd year CHEM 201 Solution Electro Organic hpu Dec 2022 Question Paper.

B.Sc 2nd year CHEM 201 Solution Electro Organic hpu Dec 2022 Question Paper.

Inorganic chemistry B.Sc 3rd year CHEM 304 Th Question paper Dec 2022. HPU shimla

Inorganic chemistry B.Sc 3rd year CHEM 304 Th Question paper Dec 2022. HPU shimla

B.Sc 2nd year CHEM 202 TH Question paper Dec 2022 Supplementary.

B.Sc 2nd year CHEM 202 TH Question paper Dec 2022 Supplementary.

BSc 2nd Chemistry CHEM 201 Solution Phase, Electrochemistry, Carboxylic, carbohydrate Question paper

BSc 2nd Chemistry CHEM 201 Solution Phase, Electrochemistry, Carboxylic, carbohydrate Question paper

BSc 3rd year Inorganic chemistry Question paper April 2022

BSc 3rd year Inorganic chemistry Question paper April 2022

BSC 3rd Year Organic chemistry Question paper April 2022

BSC 3rd Year Organic chemistry Question paper April 2022

BSc 3rd year CHEM 308 Pesticide and pharmaceutical chemistry Supplementary Exam 10 Dec 2021

BSc 3rd year CHEM 308 Pesticide and pharmaceutical chemistry Supplementary Exam 10 Dec 2021

BSC 6th Sem Rusa, Chemistry of 3d elements, Organometallic, UV IR and heteronuclear compounds 2021

BSC 6th Sem Rusa, Chemistry of 3d elements, Organometallic, UV IR and heteronuclear compounds 2021

BSc final year, Skill course Pesticide and Pharmaceutical chemistry 2021 Question paper.

BSc final year, Skill course Pesticide and Pharmaceutical chemistry 2021 Question paper.

BSc Final year, Inorganic Chemistry paper July, 2021
CHEM 304 TH

BSc Final year, Inorganic Chemistry paper July, 2021 CHEM 304 TH

Lecture : Van Vleck equation to calculate magnetic susceptibility.

Lecture : Van Vleck equation to calculate magnetic susceptibility.

Lecture : Factors affecting Paramagnetism.

Lecture : Factors affecting Paramagnetism.

Lecture 03 : Structure of Fe3(CO)12, metal cluster triangles

Lecture 03 : Structure of Fe3(CO)12, metal cluster triangles

Lecture 02 : Effect of electronic configuration and coordination number in metal cluster

Lecture 02 : Effect of electronic configuration and coordination number in metal cluster

Lecture : Spin only and total magnetic moment, Concept of Quenching in transition metal ions.

Lecture : Spin only and total magnetic moment, Concept of Quenching in transition metal ions.

Lecture 01 : Metal cluster, Polyhedral model of metal clusters

Lecture 01 : Metal cluster, Polyhedral model of metal clusters

Lecture 03 : Magnetic susceptibility, Paramagnetism and Diamagnetism, Curie Law and Curie weiss law

Lecture 03 : Magnetic susceptibility, Paramagnetism and Diamagnetism, Curie Law and Curie weiss law

Lecture : Bita elimination reaction in organometallic compounds

Lecture : Bita elimination reaction in organometallic compounds

Lecture : Migratory insertion reaction in organometallic chemistry

Lecture : Migratory insertion reaction in organometallic chemistry

Lecture 01 : Oxidative addition and reductive elimination processes.

Lecture 01 : Oxidative addition and reductive elimination processes.

Lecture 07 : Structure and bonding in Metal alkylidyne Or Fischer and Schrock carbyne complexes

Lecture 07 : Structure and bonding in Metal alkylidyne Or Fischer and Schrock carbyne complexes

Lecture 06 : Transition Metal alkylidyne Or metal carbyne complexes.

Lecture 06 : Transition Metal alkylidyne Or metal carbyne complexes.

Lecture 05 : Structure and bonding in Fischer and Schrock carbene complexes

Lecture 05 : Structure and bonding in Fischer and Schrock carbene complexes

Lecture 04 : Chemical reactions of Fischer and Schrock carbenes, Formation of Metallacycles.

Lecture 04 : Chemical reactions of Fischer and Schrock carbenes, Formation of Metallacycles.

Lecture 03 : Synthesis of Fischer and Schrock carbenes complexes

Lecture 03 : Synthesis of Fischer and Schrock carbenes complexes

Lecture 02 : Origin of magnetic moment, Concept of Orbital and spin magnetic moment

Lecture 02 : Origin of magnetic moment, Concept of Orbital and spin magnetic moment

Lecture 02 : Fischer and Schrock type carbene complexes

Lecture 02 : Fischer and Schrock type carbene complexes

Lecture 01 : Metal carbenes, introduction to Carbenes, Singlet and triplet carbene

Lecture 01 : Metal carbenes, introduction to Carbenes, Singlet and triplet carbene

Lecture 01 : Magnetochemistry, Introduction to basic terms, magnetic susceptibility.

Lecture 01 : Magnetochemistry, Introduction to basic terms, magnetic susceptibility.

Revision lecture for lanthanide and actinides

Revision lecture for lanthanide and actinides

Lecture : Application of UV-Visible spectroscopy

Lecture : Application of UV-Visible spectroscopy

Lecture : Revision video for IR

Lecture : Revision video for IR

Few words from me

Few words from me

Lecture 17 : How to find the structure of unknown compound in NMR

Lecture 17 : How to find the structure of unknown compound in NMR

Lecture16: PMR spectra of Acetophenone, ethanal, toluene, isopropyl bromide, di and tri bromoethane.

Lecture16: PMR spectra of Acetophenone, ethanal, toluene, isopropyl bromide, di and tri bromoethane.

Lecture 15 : NMR of ethanol

Lecture 15 : NMR of ethanol

Lecture 14 : PMR spectra of ethyl bromide and propyl bromide

Lecture 14 : PMR spectra of ethyl bromide and propyl bromide

Lecture 13 : Coupling constant

Lecture 13 : Coupling constant

Lecture 12 : Splitting of signals, spin spin splitting

Lecture 12 : Splitting of signals, spin spin splitting

Lecture : Revision for Acids and bases

Lecture : Revision for Acids and bases

Lecture 10 : Factors affecting chemical shift values.

Lecture 10 : Factors affecting chemical shift values.

Lecture 09 : Number of signal in NMR, and how to calculate them

Lecture 09 : Number of signal in NMR, and how to calculate them

Lecture 08 : Chemical shift in NMR, introduction to Delta and tau scale.

Lecture 08 : Chemical shift in NMR, introduction to Delta and tau scale.

Lecture 07 : Shielding and deshielding in NMR

Lecture 07 : Shielding and deshielding in NMR

Lecture 06 : Absorption Spectra in NMR, How to record NMR spectra

Lecture 06 : Absorption Spectra in NMR, How to record NMR spectra

Lecture : Production of Streptomycin using fermentation

Lecture : Production of Streptomycin using fermentation

Lecture 05 : Population density in NMR and relaxation processes

Lecture 05 : Population density in NMR and relaxation processes

Lecture 04 : Gyration Or Precessional motion of nucleus in external magnetic field

Lecture 04 : Gyration Or Precessional motion of nucleus in external magnetic field

Lecture 03 : Number of possible orientation for a nuclei in an external magnetic field

Lecture 03 : Number of possible orientation for a nuclei in an external magnetic field

Lecture 02 : Production of ethyl alcohal

Lecture 02 : Production of ethyl alcohal

Lecture : Production of Glutamic acid

Lecture : Production of Glutamic acid

Lecture 04 : Production of antibiotics, Penicillin

Lecture 04 : Production of antibiotics, Penicillin

Lecture : Gyration Or Precessional motion of nucleus

Lecture : Gyration Or Precessional motion of nucleus

Lecture : Production of Lysine by fermentation

Lecture : Production of Lysine by fermentation

Lecture 03 : Production of Citric acid

Lecture 03 : Production of Citric acid

Lecture 01 : Fermentation process and conditions favourable for fermentation

Lecture 01 : Fermentation process and conditions favourable for fermentation

Lecture 02 : Which nuclei will show NMR spectra, Concept of even-even, even-odd, odd-odd nuclei.

Lecture 02 : Which nuclei will show NMR spectra, Concept of even-even, even-odd, odd-odd nuclei.

Lecture 01 : Introduction to NMR Spectroscopy & Principle of Nuclear magnetic resonance spectroscopy

Lecture 01 : Introduction to NMR Spectroscopy & Principle of Nuclear magnetic resonance spectroscopy

Lecture : Numerical problems in IR spectroscopy

Lecture : Numerical problems in IR spectroscopy

Lecture : HSAB Principle and it's application to Predict stability of the complexes

Lecture : HSAB Principle and it's application to Predict stability of the complexes

Lecture : Hard and Soft acid and bases

Lecture : Hard and Soft acid and bases

Lecture : Solvolysis or Dissolution of salts in Bromine trifluoride, BrF3

Lecture : Solvolysis or Dissolution of salts in Bromine trifluoride, BrF3

Lecture : Bromine trifluoride as a solvent, introduction and solubility in BrF3.

Lecture : Bromine trifluoride as a solvent, introduction and solubility in BrF3.

Lecture : Strength of oxo acids of phosphorus

Lecture : Strength of oxo acids of phosphorus

Lecture : Strength of Oxo acids of Chlorine.

Lecture : Strength of Oxo acids of Chlorine.

Lecture : Strength of Lewis acid and bases on the basis of Inductive effect

Lecture : Strength of Lewis acid and bases on the basis of Inductive effect

Lecture 10 : Woodward-Fieser Rule for Alpha-beta unsaturated Carbonyl Compounds with examples.

Lecture 10 : Woodward-Fieser Rule for Alpha-beta unsaturated Carbonyl Compounds with examples.

Lecture 09 : Woodward Fieser rule examples for calculating absorption maximum in conjugated dienes

Lecture 09 : Woodward Fieser rule examples for calculating absorption maximum in conjugated dienes

Lecture 08 : Woodward fieser rule in conjugated dienes

Lecture 08 : Woodward fieser rule in conjugated dienes

Lecture 04 : Acidic strength of hydroacid along period & group, Relative strength of acids & bases.

Lecture 04 : Acidic strength of hydroacid along period & group, Relative strength of acids & bases.

Lecture 06: Red shift, blue shift, hyperchromic effect & hypochromic effect,factors affecting shifts

Lecture 06: Red shift, blue shift, hyperchromic effect & hypochromic effect,factors affecting shifts

Lecture 05 : Introduction to Chromophores and Auxochromes

Lecture 05 : Introduction to Chromophores and Auxochromes

Lecture 04 : Different types of Electronic transitions in UV-Visible spectroscopy.

Lecture 04 : Different types of Electronic transitions in UV-Visible spectroscopy.

Lecture 03 : Principle of UV-Visible spectroscopy, Formation of Broad bands

Lecture 03 : Principle of UV-Visible spectroscopy, Formation of Broad bands

Lecture 02 : Laws of Absorption, Lambert Beer law and it's Limitations

Lecture 02 : Laws of Absorption, Lambert Beer law and it's Limitations

Lecture 01 : Introduction to Spectroscopy, electromagnetic spectrum and types of spectroscopies

Lecture 01 : Introduction to Spectroscopy, electromagnetic spectrum and types of spectroscopies

Lecture 07 : Structure and bonding in Zeise salt

Lecture 07 : Structure and bonding in Zeise salt

Lecture 06 : Structure of metal Carbonyls of 3d metals (mononuclear, binuclear and polynuclear)

Lecture 06 : Structure of metal Carbonyls of 3d metals (mononuclear, binuclear and polynuclear)

Lecture 05 : Vibrational Spectra of Metal Carbonyls

Lecture 05 : Vibrational Spectra of Metal Carbonyls

Lecture 04 : Bonding in metal Carbonyls

Lecture 04 : Bonding in metal Carbonyls

Lecture 03 : Metal Carbonyls, Preparation and chemical reactions.

Lecture 03 : Metal Carbonyls, Preparation and chemical reactions.

Lecture 10 : Limitations of Crystal field theory(CFT) and Comparison between CFT and VBT.

Lecture 10 : Limitations of Crystal field theory(CFT) and Comparison between CFT and VBT.

Lecture 09 : Jahn-Teller Distortion.

Lecture 09 : Jahn-Teller Distortion.

Lecture 08 : Spectrochemical series and Factor affecting Crystal field splitting.

Lecture 08 : Spectrochemical series and Factor affecting Crystal field splitting.

Lecture : Ionic self dehydration reactions in Sulphuric acid

Lecture : Ionic self dehydration reactions in Sulphuric acid

Lecture 07 : How to Calculate Number of Unpaired Electron in Coordination Complexes.

Lecture 07 : How to Calculate Number of Unpaired Electron in Coordination Complexes.

Lecture 06 : Crystal field splitting in tetragonal and square planar complexes.

Lecture 06 : Crystal field splitting in tetragonal and square planar complexes.

Lecture 05 : CFSE values in Tetrahedral complexes

Lecture 05 : CFSE values in Tetrahedral complexes

Lecture 04 : Crystal field splitting in Tetrahedral complexes

Lecture 04 : Crystal field splitting in Tetrahedral complexes

Lecture 03 : Crystal field stabilization Energy and CFSE values in Octahedral complexes.

Lecture 03 : Crystal field stabilization Energy and CFSE values in Octahedral complexes.

Lecture 02 : EAN rule or Effective Atomic Number Rule in Carbonyls and Coordination compounds.

Lecture 02 : EAN rule or Effective Atomic Number Rule in Carbonyls and Coordination compounds.

Lecture 02 : Need of non aqueous solvent, Failure of Water as a Solvent.

Lecture 02 : Need of non aqueous solvent, Failure of Water as a Solvent.

Lecture-1 : Introduction to Organometallic Chemistry, Types & Hepticity in Organometallic compound

Lecture-1 : Introduction to Organometallic Chemistry, Types & Hepticity in Organometallic compound

Lecture 02 : Crystal Field theory in octahedral complexes, CFSE and Bary Centre Rule.

Lecture 02 : Crystal Field theory in octahedral complexes, CFSE and Bary Centre Rule.

Lecture 01 : Postulates of Crystal Field Theory in Coordination Complexes.

Lecture 01 : Postulates of Crystal Field Theory in Coordination Complexes.

Lecture 02 : Phosphazene, Introduction, preparation & chemical reaction in Phosphonitrilic compound

Lecture 02 : Phosphazene, Introduction, preparation & chemical reaction in Phosphonitrilic compound

Lecture : Limitations of Valence Bond Theory and structure of [Cu(NH3)4]2+, [NiCl4]2-

Lecture : Limitations of Valence Bond Theory and structure of [Cu(NH3)4]2+, [NiCl4]2-

Lecture 01 : Introduction to Non Aqueous Solvents, role of solvents and types of Solvents.

Lecture 01 : Introduction to Non Aqueous Solvents, role of solvents and types of Solvents.

Lecture : Application Of Valence Bond Theory in [Cr(NH3)6]3+, [Co(NH3)6]3+, [CoF6]3-, Ni(CO)4

Lecture : Application Of Valence Bond Theory in [Cr(NH3)6]3+, [Co(NH3)6]3+, [CoF6]3-, Ni(CO)4

Lecture : Valence Bond theory, Concept of Inner and Outer Orbital Complexes.

Lecture : Valence Bond theory, Concept of Inner and Outer Orbital Complexes.

Lecture 16 : AZT-Zidovudine, HIV-AIDS related drugs.

Lecture 16 : AZT-Zidovudine, HIV-AIDS related drugs.

Lecture 15 : Synthesis and uses of Dapsone, anti-leprotic agent

Lecture 15 : Synthesis and uses of Dapsone, anti-leprotic agent

Lecture 14 : Glyceryl trinitrate cardiovascular agent. Synthesis and uses

Lecture 14 : Glyceryl trinitrate cardiovascular agent. Synthesis and uses

Lecture 13 : Synthesis and uses of Diazepam, Central Nervous System agent

Lecture 13 : Synthesis and uses of Diazepam, Central Nervous System agent

Lecture 12 : Synthesis and uses of Phenobarbital CNS agents

Lecture 12 : Synthesis and uses of Phenobarbital CNS agents

Lecture 11 : Antiviral drug, Acyclovir synthesis and uses.

Lecture 11 : Antiviral drug, Acyclovir synthesis and uses.

Lecture 10 : Synthesis and uses of Trimethoprim

Lecture 10 : Synthesis and uses of Trimethoprim

Lecture 09 : Sulphacetamide drug. Synthesis and uses.

Lecture 09 : Sulphacetamide drug. Synthesis and uses.

Lecture 08 : Sulphonamides, synthesis and uses of Sulphamethoxazol

Lecture 08 : Sulphonamides, synthesis and uses of Sulphamethoxazol

Lecture 07 : Chloramphenicol drug (Antibiotic), Synthesis and uses.

Lecture 07 : Chloramphenicol drug (Antibiotic), Synthesis and uses.

Lecture 06 : Synthesis and uses of Ibuprofen drug

Lecture 06 : Synthesis and uses of Ibuprofen drug

Lecture 05 : Synthesis and uses of Aspirin drug.

Lecture 05 : Synthesis and uses of Aspirin drug.

Lecture 04 : Synthesis and uses of #Paracetamol drug.

Lecture 04 : Synthesis and uses of #Paracetamol drug.

Lecture 03 : Chemicals in Medicines and Health care.

Lecture 03 : Chemicals in Medicines and Health care.

Lecture 02 : Basic retrosynthetic approach in drugs.

Lecture 02 : Basic retrosynthetic approach in drugs.

Lecture 01 : Introduction to Drug, Drug design and Drug development. IMPORTANT TOPIC.

Lecture 01 : Introduction to Drug, Drug design and Drug development. IMPORTANT TOPIC.

Lecture 05 : Structural Isomerism in coordination complexes, Part 02

Lecture 05 : Structural Isomerism in coordination complexes, Part 02

Lecture 04 : Isomerism in coordination compounds, Structural isomerism Part 01

Lecture 04 : Isomerism in coordination compounds, Structural isomerism Part 01

Lecture 03 : IUPAC nomenclature of coordination compounds

Lecture 03 : IUPAC nomenclature of coordination compounds

Synthesis, structure and chemical reactions of Borazine.√√ CSIR-JRF/NET/SET/GATE, IIT-JAM topic

Synthesis, structure and chemical reactions of Borazine.√√ CSIR-JRF/NET/SET/GATE, IIT-JAM topic

Lecture 02 : Classification of ligands and Chelate effect.

Lecture 02 : Classification of ligands and Chelate effect.

Lecture 01 : Introduction to coordination chemistry

Lecture 01 : Introduction to coordination chemistry

Lecture 04 : Synthesis and uses of Carbaryl and Carbofuran as Carbamates pesticides.

Lecture 04 : Synthesis and uses of Carbaryl and Carbofuran as Carbamates pesticides.

Lecture 03 : Synthesis and uses of Alachlor and Butachlor (Anilides) pesticides

Lecture 03 : Synthesis and uses of Alachlor and Butachlor (Anilides) pesticides

Lecture 02 : Synthesis and uses of Malathoin, parathoin as Organophosphates and Chloranil (Quinones)

Lecture 02 : Synthesis and uses of Malathoin, parathoin as Organophosphates and Chloranil (Quinones)

Lecture 01 : Pesticide Chemistry√√ DDT and GAMMAXENE as an Organochlorine Pesticides.

Lecture 01 : Pesticide Chemistry√√ DDT and GAMMAXENE as an Organochlorine Pesticides.

Lecture 05 : Pesticide Chemistry|| Changing concepts of pesticides & Structure Activity Relationship

Lecture 05 : Pesticide Chemistry|| Changing concepts of pesticides & Structure Activity Relationship

Lecture 04 : Pesticide Chemistry|| Benefits and Adverse effect of Pesticides.

Lecture 04 : Pesticide Chemistry|| Benefits and Adverse effect of Pesticides.

Lecture 3 : #Pesticide Chemistry, Classification on chemical structure, mode of action & toxicity.

Lecture 3 : #Pesticide Chemistry, Classification on chemical structure, mode of action & toxicity.

Lecture 02: Pesticide chemistry, Classification of Pesticides based on Origin & Source. Part-02

Lecture 02: Pesticide chemistry, Classification of Pesticides based on Origin & Source. Part-02

Lecture 01 : Pesticide Chemistry ||√√|| Introduction and classification of pesticides, part-01

Lecture 01 : Pesticide Chemistry ||√√|| Introduction and classification of pesticides, part-01

Lecture 13 : Isoquinoline preparation and chemical properties

Lecture 13 : Isoquinoline preparation and chemical properties

Lecture 12 : Chemical properties of Quinoline. Part-02

Lecture 12 : Chemical properties of Quinoline. Part-02

Lecture 11 : Introduction to Quinoline. Part-01

Lecture 11 : Introduction to Quinoline. Part-01

Lecture 10 : Chemical properties of Indole. Part-02

Lecture 10 : Chemical properties of Indole. Part-02

Lecture 09 : Indole and it's preparation. Part-01

Lecture 09 : Indole and it's preparation. Part-01

Lecture 08 : Chemical reactions in pyridine. Part-02

Lecture 08 : Chemical reactions in pyridine. Part-02

Lecture 07 : Introduction to pyridine and it's preparation. Part-01

Lecture 07 : Introduction to pyridine and it's preparation. Part-01

Lecture 06 : THIOPHENE, Introduction, Preparation and Chemical reactions.

Lecture 06 : THIOPHENE, Introduction, Preparation and Chemical reactions.

Lecture 05 : Furan, Preparation and Chemical reactions..... Diels Alder reaction. Part-02

Lecture 05 : Furan, Preparation and Chemical reactions..... Diels Alder reaction. Part-02

Lecture 04 : Furan√√ introduction, resonance, comparison and important chemical reactions Part-01

Lecture 04 : Furan√√ introduction, resonance, comparison and important chemical reactions Part-01

Lecture 03 : Chemical reactions of pyrrole, Electrophillic substitutions mechanism.

Lecture 03 : Chemical reactions of pyrrole, Electrophillic substitutions mechanism.

Lecture 02 : Introduction to pyrrole and it's synthesis. Part-01

Lecture 02 : Introduction to pyrrole and it's synthesis. Part-01

Lecture 01: Introduction to Heterocyclic compounds.

Lecture 01: Introduction to Heterocyclic compounds.

Lecture 07 : Chemical reactions of phenanthrene.

Lecture 07 : Chemical reactions of phenanthrene.

Lecture 06 : #Phenanthrene and it's preparation, Pschorr synthesis and Haworth synthesis.

Lecture 06 : #Phenanthrene and it's preparation, Pschorr synthesis and Haworth synthesis.

Lecture 05 : Chemical reactions of #Anthracene. part-2.

Lecture 05 : Chemical reactions of #Anthracene. part-2.

Lecture 04 : Introduction and preparation of Anthracene. part -1

Lecture 04 : Introduction and preparation of Anthracene. part -1

Lecture 03 : Chemical Reactions of Naphthalene.. Sulphonation reaction at low and high temperature.

Lecture 03 : Chemical Reactions of Naphthalene.. Sulphonation reaction at low and high temperature.

Lecture 02 : Preparation and mechanism of electrophillic substitution reaction in Naphthalene.

Lecture 02 : Preparation and mechanism of electrophillic substitution reaction in Naphthalene.

Lecture 01 : Introduction to Polynuclear Hydrocarbons and Naphthalene system Part-01

Lecture 01 : Introduction to Polynuclear Hydrocarbons and Naphthalene system Part-01

Lecture 15 : Latimer diagram of Fe, Mn and Cu.

Lecture 15 : Latimer diagram of Fe, Mn and Cu.

Lecture 08 : Oxidation states of Iron and Chromium.

Lecture 08 : Oxidation states of Iron and Chromium.

Lecture 07 : Oxidation states of Cobalt and Nickel.

Lecture 07 : Oxidation states of Cobalt and Nickel.

Lecture 06 : Oxidation states of Copper.

Lecture 06 : Oxidation states of Copper.

Lecture 05 : Colour and magnetic properties of transition elements.

Lecture 05 : Colour and magnetic properties of transition elements.

Lecture 04 : Tendency to from complexes and Catalytic Properties of transition Metals.

Lecture 04 : Tendency to from complexes and Catalytic Properties of transition Metals.

Lec 03: Variable valency Oxidation states & Relative stability of oxidn States in transition metals

Lec 03: Variable valency Oxidation states & Relative stability of oxidn States in transition metals

Lecture 02 : Electronic configuration of transition Elements Part - 02.

Lecture 02 : Electronic configuration of transition Elements Part - 02.

Lecture 01 : Introduction to Transition Elements Part -01.

Lecture 01 : Introduction to Transition Elements Part -01.

Lecture 14 : Peroxo compounds of Chromium.

Lecture 14 : Peroxo compounds of Chromium.

Lecture 13 : Sodium cobaltinitrite and Hexa ammine cobalt(III) Chloride as a reagents.

Lecture 13 : Sodium cobaltinitrite and Hexa ammine cobalt(III) Chloride as a reagents.

❤ Barot

❤ Barot

Lecture 12 : Sodium nitroprusside as a reagent.

Lecture 12 : Sodium nitroprusside as a reagent.

Lecture 11 : Potassium hexacyanoiron(II) complex.

Lecture 11 : Potassium hexacyanoiron(II) complex.

Lecture 10 : Potassium dichromate K2Cr2O7 as a reagent.

Lecture 10 : Potassium dichromate K2Cr2O7 as a reagent.

Lecture 09 : Potassium permanganate, KMnO4 as a reagent. IIT-JAM, CSIR-JRF/NET/GATE Topic

Lecture 09 : Potassium permanganate, KMnO4 as a reagent. IIT-JAM, CSIR-JRF/NET/GATE Topic

Lecture 03 : Introduction to Solvent system, Lux Flood and Usanovich concept.

Lecture 03 : Introduction to Solvent system, Lux Flood and Usanovich concept.

Lecture 02 : Introduction to Lewis Concept and Relative strength of conjugate acids and bases.

Lecture 02 : Introduction to Lewis Concept and Relative strength of conjugate acids and bases.

Lecture 01 : Introduction to Arrhenius and Bronsted-Lowry concept of Acids and bases

Lecture 01 : Introduction to Arrhenius and Bronsted-Lowry concept of Acids and bases

Acid and base lecture 1

Acid and base lecture 1