|
Crystal field theory
|
Zeotropic solutions and fractional distillation |
partially miscible liquids |
Roult’s law |
Solutions
|
|
Steam distillation
|
Azeotropic solutions |
Water system |
Phase equillibria |
Determination of activity coefficient
|
|
Kinetics of enzyme catalysed reaction
|
Kinetics of salt effect |
Chemistry Carnival |
Memories of Orientation |
Awareness on CORONA
|
|
Matter in Chemistry
|
Viscosity |
Refractive index |
Surface tension |
Concentration of Solution
|
|
Electrochemistry MODULE NO 1
|
Electrochemistry MODULE NO 2 |
Electrochemistry
MODULE NO 3 |
Electrochemistry
MODULE NO 4 |
Electrochemistry
MODULE NO 5
|
|
Electrochemistry
Lecture NO 7
|
Electrochemistry
Lecture NO 8 |
Kas Plateau |
Meristems or meristematic tissues |
Permanent tissues in plants
|
|
Environment day
|
Types of Vascular Bundles |
Growth and its phases |
Auxin: Phytohormone |
Cell Theory
|
|
Cell Cycle
|
Gibberellins; Phytohormone |
Introduction to flowers |
Prokaryotic and Eukaryotic cells |
Apoptosis
|
|
Cell Division: Mitosis
|
Cell Division: Meiosis |
Nucleus: Ultrastructure, Function and DNA Packaging |
Mitochondria: Structure and Function, a Semiautonomous Body |
Chloroplast: Structure and Function, a Semiautonomous Body
|
|
Ribosomes
|
Endoplasmic Reticulum |
Golgi Bodies |
Lysosomes |
Peroxisomes
|
|
Glyoxysomes
|
Introduction to Botany Part I
|
Introduction to Botany Part II |
General Characteristics of Algae Part I |
General Characteristics of Algae Part II
|
|
Nostoc: A Blue green Alga
|
Photoperiodism: Concept and Classification of plants |
Photoperiodism: Mechanism and Significance |
Penicillium |
Wheat: A Cereal
|
|
Gram: A Legume
|
Groundnut: An Oil Plant |
Soyabean: A Legume |
Theories of Structural Organization in Plant Body |
Cotton A fibre Plant
|
|
Black Pepper: A spices and Condiments
|
Cove: A spices and condiments |
International Plastic Bag Free Day |
Mathematics Youtube Channel |
Module 1-part A
Matter Waves: Wave Particle duality
|
|
Module 1-part B
Matter Waves: Derivation of
wavelength of matter waves
|
Module 1-Part A
Superposition of Two Collinear
Harmonic Oscillations: Analytical
Method |
Module 1-Part B
Superposition of Two Collinear
Harmonic Oscillations: Geometrical
method |
Module 2-Part A
Superposition of Two Perpendicular
Harmonic Oscillations: Analytical
Method |
Module 2-Part B
Superposition of Two Perpendicular
Harmonic Oscillations: Graphical
Method
|
|
Part A: Information about practical’s
|
Part B: Information about practical’s |
Biodiversity
Conservation |
Genetic
Monohybreed
cross |
Basic struchure of html in
ubantu 20.04
|
|
Module 1
Harmonic
|
|
|
|
|