Semester/Paper

Course

Course Outcome

I/I

Inorganic Chemistry

• Understand basic concepts in chemistry.
• General Characteristics of groups, P-block elements Synthesis and structures and industrial applications of their derivatives

• To understand Chemical bonding between ions
• To understand basic conpets of orbitals shapes, theories

• To understand bond length, bond order and bon polarisation

I/I

Organic Chemistry

• Structural Theory in     Organic Chemistry
• To understand the basic concepts of organic chemistry theory and reaction mechanism.
• To know the concept, types, reaction mechanism and examples of elimination, free-radical and nucleohilic substitution reactions.
•  To understand about the formation and stability of reaction intermediates and their electrophilic and nucleophilic behavior.

I/I

Physical Chemistry - I

• To understand properties of gaseous state and how it links to thermodynamic systems.
• To know in detail about Kinetic Theory of Gases; Liquids and Chemical kinetics.

Solutions: Ideal and non ideal solutions, Raoults law, Henrys law, azeotrope mixtures

 I/I

General chemistry-I

• To understand the principles behind quantitative and qualitative analysis

• Cation, anion analysis principle involved, separation and identification of the groups
• Understand laboratory hygiene and safety measures.

• Isomerism, constitutional, stereoisomers
• Conformational analysis of acyclic and cyclic compounds
• To understand soid sate chemistry laws of symmetry, determination of structure of crystals

II/II

Inorganic chemistry-II

• To understand the Properties of p-block elements oxides and halides and their applications in various fields
• To understand the transition elements and their properties and applications
• To understand zero group elements, preparations, properties and applications.

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II/II

Organic chemistry-II

• General preparations, properties and applications of organic functional groups halogens, alcohols, phenols, ethers and carbonyl compounds.

II/II

Physical chemistry II

• To understand the electrochemistry about the electrolytic solutions, electro motive force, theories, derivations, different conductivity cells n electro chemistry.

II/II

General chemistry- II

• Theeory of quantitative analysis, acid-base titrations, complexometri titrations, redox titrations, metal ion indictators, precipitation titrations.
• Stereo isomerism, optical activity, chiraity, Asymmetric, Dissymmetric molecules, Stereochemistry of allenes, siro caompounds and biphenyls.
• To know about the solutions and their collegative properties, osmosis, elevation of bioing point, depression in freezing point, lowering of vapour pressure.

III/III

Inorganic chemistry-III

• Chemistry of lanthanides and actinides preparations, properties, radioactive elements their applications in various fields.
• To get a basic idea about different types of coordination complexes, theory of coordination complexes and their nature of bonding. To learn about the Werner’s theory for complex formation, structural and stereoisomerism of coordination complexes.
• About organo metallic chemistry its bridge between in inorganic and organic chemistry. Explanation, structures, preparation and uses of the compounds.

III/III

Organic Chemistry - III

• To know about functional groups of carboxylic acids niro compounds, amines, cyanides, isocyanides,

      their preparations, properties and applications.

III/III

Physical Chemistry - III

• To get a knowledge of basic concepts of thermodynamic properties, nature of changes and the first law of thermodynamics. They can also apply this law in various systems undergoing different thermodynamic process to evaluate various thermodynamic properties such as heat, mechanical work , change in enthalpy, change in internal energy etc. of the system and also able to explain the thermochemistry of the various chemical processes. CO ₂.

• Will first learn the need and the various statements of the second law of thermodynamics and new thermodynamic functions such as entropy, Gibbs free energy, Gibbs-Helmholtz etc. are also introduced to them. From these thermodynamic properties they get knowledge regarding the random behaviour of the system and most importantly the criteria of spontaneity and equilibrium. They will also learn the various important thermodynamic relations, various partial molar quantities, dependence of thermodynamics parameters on composition etc

III/III

General Chemistry- III

• To learn about evolution of analytical data errors, significant figures and precision.
• About carbanions active methylene groups, synthesis of various organic compounds through those compounds.

• To know phase rlue of different component systems, phase diagrams.

IV/IV

Inorganic chemistry IV

• This paper is an Advance Studies on theories and applications such as CFT, MOT, molecular symmetry and magneto-chemistry, HSAB principle,

Applications of coordination compounds.

• Known the biological significance of essential elements, micro and macro elements.

Learnt about heamoglobin and myoglobin functions and oxygen transport in the body.

Learnt about photosynthesis and chlorophyll structure and electron transport in light reactions from water to NADP⁺

IV/IV

Organic Chemistry - IV

• Comprehend the preparation, properties, structure and importance of carbohydrates (mono-, di- and polysaccharides). Learnt the conversions of one saccharide to preparation of other saccharide.
• Know the essential amino acids synthesis and peptide synthesis and applications.
• To understand the 5 membered heterocyclic compounds synthesis, reactivity, aromaticity and properties of compounds.

IV/IV

Physical Chemistry - IV

• Determine the chemical kinetics laws of  rate of reactions, rate constants. To learn the factors effecting of rate of reactions, First, second, third and pseudo order reactions.
• To know about the photo chemical reactions, laws of photo chemical reactions, quantum yield, jablonski diagram of electronic excitation and consequencies.

IV/IV

General Chemistry- IV

• To learn the bonding in metals in solids, different theories of solids, conductivity, properties and different type of conductors, n, p, semi and super conductors.

V/V

Molecular spectroscopy-V

• To understand the spectroscopy molecular spectroscopy, IR, Rotational and UV spectroscopy.

To learn the from rotational and IR  bond length, dipole moment will effect frequencies of functional groups,  from UV spectroscopy will know the chromophores, auxochromes, conjugation in molecules, from UV spectroscopy values can study unknown organic molecules.

V/V

NMR and MASS SPECTROSCOPY-V

• To study the NMR spectcroscopy of unknown organic molecules. The NMR spectra of 1HNMR  and values, to find out the no. of protons, multiplicity for indentifying the unknown organic molecule.
• To learn the molecular ions, isotopic peaks, base peaks,fragment ion peaks, representation of mass spectra, nitrogen rule, identifying the molecular formula and identifying the unknown organic molecule based on above studies.

V/V

Seperation Techniques-I-V

• To know the methods of solvent extraction, batch, counter extraction, batch extraction for separation of  mix of organic compounds.
• To learn the chromatographic techniques for separation of organic reaction mixture.
• Thin layer chromatography is useful for separation and identifyingdifferent compounds from the organic reaction mixture through Rf values on TLC plate.
• To learn the Paper chromatography is useful for the separation  of mixture of amino acids and proteins. Development of chromatogram ascending, descending, radial chromatograthy methods.

V/V

Seperation techniques II-V

• To know Column chromatography Principle, stationary phase,column packing, wet and dry column packing, learn different solvents mobile phase for eluting polar and non polar compounds.
• Gas and liquid chromatography Principle, stationary phases used, mobile phases (career gas), instrumentation and applications for seperations different organic and inorganic compounds.
• To learn ion exchange chromatography Prinple, instrumentation, cation and anion exchange  resin used for column and its applications.
• To know the HPLC instrumentation, stationary, mobile phase, principle, instrumentation and its applications.

VI/VI

MEDICINAL CHEMISTRY VI

Introduction Terminology

• To learn the Types of diseases common, infective, incect, air-borne, water borne and hereditary diseases.
• Terminology used in drugs and mechanism of the drug in metabolism.

VI/VI

Enzymes and Receptors-VI

• To know the Mechanism and factors effecting enzyme action.
• Types of Enzyme inhibitors
• Types of Receptors, Drug action receptor theory, structure activity relationship with drg molecules.

VI/VI

Synthesis and Therapautic activity of the drugs-VI

• To know the Introduction, synthesis, therapeutic activity of chemotherapeutic activity drugs.
•  To learn how the drugs can treat metabolic disorders and  antidiabetic drugs.
• To learn the drugs acting on nervous system.

VI/VI

Molecular messengers and vitamins and Micro nutrients-VI

• To introduce molecular messengers, introduction neuro transmitttors  and hormones.
• Vitamins and Micronutrients, to learn about A,B,C,D,E,K and Micronutrients Na, K, Ca, Cu, Zn and I.