Course Outcome
FYUGP- SEMESTER I
1.Understand the role of chemistry in science and scientific research withemphasis on analytical data evaluation
2.Conceptualize and predict chemical bonding, molecular structures using dipole moment, hybridisation, and MO Theory
3. Develop a basic understanding of the extraordinary properties of nanomaterials and its applications.
4. Apply the concepts of lab safety measurements and volumetric analysis
5. Enable students to develop analytical skills in inorganic quantitative volumetric analysis.
SEMESTER II
- To understand the basic nature of real gases and understand interactions at molecular levels
- To recognise the significance of various interactions in condensed matter
- To analyse the physical properties of liquids through theory and practical experiments.
- To explain the regular, periodic arrangement of atoms in solids and appreciate the concept of unit cells
- To evaluate and understand the importance of the X-ray diffraction technique for characterisation of crystalline solids
- To execute experiments to determine and tune the various colligative properties of dilute solutions
SEMESTER III
- Recognize the importance and the impact of quantum revolution in science.
- Identify the wave functions of hydrogen atom as atomic orbitals.
- Apply the concept of atomic orbitals in chemical bonding (the mixing of wave functions of the two combining atoms).
- Relate the concept of hybridization as linear combination of atomic orbitals of the same atom.
- Instill an atomic/molecular level philosophy in the minds of the students.
- CO1. To understand the basics of Organic chemistry
- CO2. To understand the basic concepts of reaction mechanisms
- CO3. To recognize the various types of organic reactions and reaction intermediates
- CO4. To realise the importance of stereoisomerism, optical activity and chirality
- CO5. To enable the students to improvise Molecular models
- CO6. To empower students in various separation and purification techniques
SEMESTER IV
CO1.To Elucidate the trends in physical and chemical properties of s and p block elements
CO2 To Evaluate the general characteristics of Transition and Inner Transition elements, their comparison and applications
CO3 To demonstrate knowledge of coordination chemistry, isomerism and theories of bonding in coordination compounds
CO4To analyze different types of inorganic polymers their structures, properties and applications
CO5 To Appreciate the utility of inorganic compounds in day to day life
CO6 To Apply the knowledge of complex formation and gain hands on experience in in quantitative analysis with some day to day application
CO1.To understand the concepts of chirality, optical isomerism and relative and absolute configuration.
CO2 To provide a comprehensive understanding of addition reactions in organic chemistry, To understand the mechanisms and stereochemistry of addition reactions
CO3 Understanding the mechanism and stereochemical aspects of substitution reaction at sp3 carbon
CO4To provide a comprehensive understanding of elimination reactions.
CO5 Examine the mechanisms and factors influencing aromatic substitution reactions.
CO6 Execute practical lab techniques in organic synthesis. Acquire skills in conducting column Chromatography for the separation mixtures. Chromatography for the separation mixtures.
CO1.To Understand the fundamental concepts of thermodynamics and identify it with the real world
CO2 To apply thermochemical principles to chemical reactions
CO3To apply the concept of kinetics and catalysis to various chemical and physical processes
CO4To interpret kinetic data using graphical representations and evaluate the rate of a reaction
CO5 To evaluate the surface area of catalysts using various adsorption isotherms
CO6 To apply the theories of kinetics and adsorption through laboratory experiment
