B. Sc in Chemistry (CHM 353P)
Course Outcomes CO COURSE OUTCOMES CO1 Gain the fundamental and basic knowledge of inorganic qualitative analysis, chemical kinetics and Physico-chemical experiments. CO2 Understand the basic concepts and principles of cations and anions of inorganic salts, conductometer, pH-meter, potentiometer and colorimeter. CO3 Apply the skill of separation of cations and anions present in an inorganic mixture and how to handle different instruments like conductometer, pH-meter, potentiometer and colorimeter. CO4 Analyse and conclude the facts regarding the inorganic qualitative analysis and chemical kinetics. CO5 Evaluate, judge and defend the different types of tests involves in the separation of inorganic radicals and different types titration using instruments. CO6 Synthesise, Create, modify and develop the new techniques for the separation of inorganic radicals and in the use of different instruments like conductometer, pH-meter, potentiometer and colorimeter.
B. Sc in Chemistry (CHM 352T)
Course Outcomes CO COURSE OUTCOMES CO1 Know about UV, IR, NMR, Mass and Atomic spectroscopy. CO2 Understand the principle, theory and applications of UV, IR, NMR, Mass and Atomic spectroscopy. CO3 Apply the knowledge to solve problems related to UV, IR, NMR and mass spectroscopy. CO4 Create ability to interpret spectra related to UV, IR, NMR, mass and Atomic spectroscopy for structure determination and elemental analysis which can be helpful to analyse research problems.
B. Sc in Chemistry (CHM 351T)
Course Outcomes CO COURSE OUTCOMES CO1 Know about advanced topics of organic chemistry. CO2 Understand the advanced topics of stereochemistry, organic reactions, reagents and some natural products. CO3 Apply the knowledge of stereochemistry, organic reactions, reagents and some natural products in structure determination, designing a synthesis, reaction mechanism etc. CO4 Develop problem solving skill related to advance organic chemistry topics and environmental safety.
B.Sc. in Physics (PHM-364P)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBER UNDERSTAND Set up the instruments as per the instructions, Connect the circuit as given in the circuit diagram. CO2 UNDERSTAND APPLY Develop measurements techniques, record observations, use the given formula, do calculations and draw your conclusion from the result. CO3 EVALUATE Find uncertainty involved in the observations. CO4 ANALYZE Analyse the observations for scientific inference.
B.Sc. in Physics (PHM-364T)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 UNDERSTAND APPLY ANALYZE Understanding the foundational principles of relativity, applying mathematical transformations, and analysing the impact of motion measurements of space and time. CO2 UNDERSTAND APPLY ANALYZE Thoroughly understand the stability of transistor circuits using different types of biasing configurations. Grasped the in-depth knowledge of number systems and codes with numerous examples.
B.Sc. in Physics (PHM-363P)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBER UNDERSTAND Set up the instruments as per the instructions, Connect the circuit as given in the circuit diagram. CO2 UNDERSTAND APPLY Develop measurements techniques, record observations, use the given formula, do calculations and draw your conclusion from the result. CO3 EVALUATE Find uncertainty involved in the observations. CO4 ANALYZE Analyse the observations for scientific inference.
B.Sc. in Physics (PHM-362T)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 UNDERSTAND ANALYZE APPLY Understand the concepts of retardation and production of electromagnetic waves by an accelerating charge particle. Apply these concepts for analyzing oscillating dipole working as a simple antenna. CO2 UNDERSTAND ANALYZE APPLY Understand the concept of binding energy of nucleus by comparing with structure of liquid drop. Calculation of different energy terms associated with binding energy can be done. By applying theses all concepts analysis of stability of any fissionable nucleus can be done. CO3 UNDERSTAND ANALYZE APPLY Understand and apply principles of analog electronics to study the negative feedback amplifier and transistor oscillator circuits CO4 UNDERSTAND ANALYZE APPLY Understand the basic principles of Boolean laws for different digital circuits. Apply these laws to plot Karnaugh map for different logic circuits Analyse and design combinational and sequential digital circuits.
B.Sc. in Physics (PHM-361T)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 APPLY ANALYZE Analyse Bose Einstein and Fermi Dirac Distributions: Symmetry of wave functions, Calculate the results for Partition function for Diatomic Molecules. CO2 UNDERSTAND APPLY ANALYZE Strong understanding of how to model, classify, and solve key partial differential equations (PDEs) that describe important physical phenomena. Apply the method of separation of variables to solve common PDEs like the heat, wave, and Laplace Equations. Develop the ability to apply, PDEs as mathematical models for physical and engineering problems. CO3 APPLY ANALYZE To evaluate the eigenvalue problems of the quantum harmonic oscillator and interpret the role of operators, commutation relations, and spherical harmonics that is connected with the most important fundamental concept of angular momentum in quantum mechanics. CO4 UNDERSTAND APPLY ANALYZE Understanding the detailed behavior of plasma in magnetic field. Also analyze the production and propagation of different types of waves in plasma. The fundamental Boltzmann equation is used in plasma to study some basic nonlinear phenomena like Landau damping and Plasma Sheath.
B.Sc. in Physics (PHSEC-356)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 UNDERSTAND APPLY ANALYZE Describe the basic structure, composition, and visible features ofthe Sun. Explain the layers of the solar atmosphere and analyse phenomena like the solar corona and solar temperature distribution. CO2 APPLY ANALYZE Interpret the causes and effects of solar activity, including sunspot formation and the solar cycle. Identify the components of cosmic rays and explain the origin, energy spectrum, and nature of primary and secondary cosmic rays. Discuss the astrophysical significance of cosmic rays and describe mechanisms of their confinement and propagation
B.Sc. in Physics (PHM-355P)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBER UNDERSTAND Set up the instruments as per the instructions, Connect the circuit as given in the circuit diagram. CO2 UNDERSTAND APPLY Develop measurements techniques, record observations, use the given formula, do calculations and draw your conclusion from the result.. CO3 EVALUATE Find uncertainty involved in the observations CO4 ANALYSE Analyse the observations for scientific inference
