SEM I- ( 1C01CHE)
CO 1: Understand the atomic structure, basics of quantum chemistry and its applications.
SEM II - (2C02CHE)
CO 2: Explain theories of chemical bonding and molecular structure.
CO 3: Classify environmental pollution and recognise the causes of pollution
CO 4: Understand the basic concept of Chemical equilibrium and theories of acids and bases
CO 5: Calculate pH values
CO 6: Explain common ion effect and solubility product
CO 1: Understand the basic concept of classification, IUPAC nomenclature, bonding and structure of Organic compounds
CO 2: Explain the concept of aromaticity and non-benzenoid aromatics
CO 3: Understand the basic concepts of chemical equilibrium. Explain colloids, their properties and applications
CO 4: ) Illustrate the laws of photochemistry and Explain the photochemical phenomena such as Photosensitization, quenching, Fluorescence, Phosphorescence, Chemiluminescence and Bioluminescence.
CO 5: Familiarise different types of analytical methods in chemistry and explain the principle of colorimetry
CO 6: Explain the principles underlying the qualitative and quantitative analysis
CO 1: i) Understand the basic concept of Coordination Chemistry, nomenclature, Werners coordination theory and Valance bond theory of coordination complexes
ii) Write the name of Coordination compounds
iii) Explain Werners coordination theory and Valance bond theory of coordination complexes
iv) Explain the application of coordination complexes
CO 2: i) Understand the electron displacement effects in organic molecules
ii) Explain the mechanism of nucleophilic substitutions and eliminations in alkyl halides
iii)Explain the mechanism of aromatic electrophilic substitution reactions
CO 3: i) Classify the isomerism in organic molecules
ii) Distinguish the geometrical isomers and explain their stability
iii) Explain the characteristics of chiral compound
iv) Explain the conformational isomers in alkanes and cycloalkanes
CO 4: i) Explain the important types of polymerization, thermoplastics and thermosetting plastics
ii) Understand the characteristics of biodegradable plastics
CO 5: Understand the basic concept of thermodynamics and laws of thermodynamics
CO 6: i) Understand the basic concept of chemical kinetics
ii)Calculate Ea from the values of k at two temperatures
iii) Explain homogeneous catalysis, heterogeneous catalysis and Characteristics of catalysis reactions
CO 1: Illustrate the preparatory methods of glucose and fructose and explain their configurations, familiarize the structure and properties of sucrose and polysachrides
COMPLEMENTARY ELECTIVE - CHEMISTRY PRACTICAL (4C05 CHE/PCH-)
CO 2: Know the structure of important five membered and six membered heterocyclic compounds and explain their reactivity and important reactions .Explain the preparation and properties of Quinoline and
CO 3: Understand the structure and functions of neuclic acids , Classify amino acidsand explain
the structure of protein and its importance
CO 4: Understand the mechanism of enzyme action , enzyme catalysis
CO 5: Know the structure of Vitamin A, B and C. and hormones progesterone, Testosterone,cortisone, adrenaline and Thyroxin
CO 6: Understand the importance of metal ions in biological systems and Mechanism of O2 and CO2 transportation Nitrogen Fixation Na-K pump
CO 1: Apply the theoretical concepts while performing experiments.
CO 2: Acquire practical skill to estimate acid, base, oxidizing agents etc by volumetric titrationmethod
CO 3: Acknowledge experimental errors and their possible sources.
CO 4: Design, carry out, record and analyze the results of chemical experiments
CO 5: Acquire practical skill to analyse the anions and cations qualitatively present in a mixture of inorganic salts
CO 6: Learns the effective usage of chemicals.