Department | Faculty | Subject | Semester | Topic Type | Paper Type | Unit | Topic Desc | Sub Topic | Class |
CHEMISTRY | Sk Nurul Hasan | CHEMISTRY(HONSMAJOR) | 1 | Theory | Major | Unit I | Fundamental chemistry | CC1 | 4 |
CHEMISTRY | Raju Singha | CHEMISTRY(PG) | 2 | Theory | PG | Unit I | CEM202-Organic Chemistry | Stereochemistry-I | 2 |
CHEMISTRY | Raju Singha | CHEMISTRY(PG) | 2 | Theory | PG | Unit I | CEM202-Organic Chemistry | Projections, nomenclature, Chiral axis, Chiral plane, helicity | 4 |
CHEMISTRY | Raju Singha | CHEMISTRY(PG) | 2 | Theory | PG | Unit I | CEM202-Organic Chemistry | Steoergenicity, symmetry and molecular chirality, alkyl ketone effect | 4 |
CHEMISTRY | Raju Singha | CHEMISTRY(PG) | 2 | Theory | PG | Unit I | CEM202-Organic Chemistry | prostereochemistry, Asymmetric synthesis | 4 |
CHEMISTRY | Raju Singha | CHEMISTRY(PG) | 2 | Theory | PG | Unit I | CEM202-Organic Chemistry | Atropisomerism, Steroepsecific vs stereoselective reaction | 3 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 4 | Theory | CC9 | Unit I | Organic Chemistry | Polynuclear hydrocarbons | 3 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 4 | Theory | CC9 | Unit I | Organic Chemistry | Naphthalene preparation and Reactions | 3 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 4 | Theory | CC9 | Unit I | Organic Chemistry | Anthracene preparation and Reactions | 3 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 4 | Theory | CC9 | Unit I | Organic Chemistry | Phenanthrene preparation and Reactions | 3 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 4 | Practical | CC9 | Unit I | Organic Chemistry Practical | Detection of extra elements | 6 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 4 | Practical | CC9 | Unit I | Organic Chemistry Practical | Functional Group Detection | 12 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 4 | Practical | CC9 | Unit I | Organic Chemistry Practical | Detection of extra elements and functional groups in unknown organic compounds | 12 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 4 | Practical | CC9 | Unit I | Organic Chemistry Practical | Detection of extra elements and functional groups in unknown organic compounds | 12 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 4 | Practical | CC9 | Unit I | Organic Chemistry Practical | Detection of extra elements and functional groups in unknown organic compounds | 12 |
CHEMISTRY | Raju Singha | CHEMISTRY(PG) | 4 | Theory | PG | Unit I | CEM-402 (Organic special) | Stereochemistry-3: Conformation and chemical reactivity | 6 |
CHEMISTRY | Raju Singha | CHEMISTRY(PG) | 4 | Theory | PG | Unit I | CEM-402 (Organic special) | Curtin-Hammett principle, Winstein Holness equation, Eliel equation and their applications | 8 |
CHEMISTRY | Raju Singha | CHEMISTRY(PG) | 4 | Theory | PG | Unit I | CEM-402 (Organic special) | Stereochemistry-4: Stereochemistry of fused rings and 4-10 membered rings | 8 |
CHEMISTRY | Raju Singha | CHEMISTRY(PG) | 4 | Theory | PG | Unit I | CEM-402 (Organic special) | Stereochemistry-5: Modern concepts of nucleophilic addition to carbonyls | 8 |
CHEMISTRY | Raju Singha | CHEMISTRY(PG) | 4 | Theory | PG | Unit I | CEM-402 (Organic special) | Stereochemistry-6: Origin of optical activity | 8 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 6 | Theory | CC14 | Unit I | Organic Chemistry | Dye chemistry | 3 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 6 | Theory | CC14 | Unit I | Organic Chemistry | Azo dyes | 3 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 6 | Theory | CC14 | Unit I | Organic Chemistry | Triphenyl methane dyes | 3 |
CHEMISTRY | Raju Singha | CHEMISTRY(HCC) | 6 | Theory | CC14 | Unit I | Organic Chemistry | Alizarin and Indigotin dye | 3 |