1.
Student will
gain fundamental knowledge of chemistry which will help the for-UG, PG studies
and Research.
2. Student will be able to know good laboratory practices and lab safety.
3.
To make the
learner proficient in analyzing the various observations and chemical phenomena
presented to him during the course.
4.
Students will be
able to apply the fundamental knowledge to address the cross- cutting
issues such as sustainable development
5.
Students will be
able to solve various problems by identifying the essential parts of a problem, formulate
strategy for solving
the problem, applying
appropriate techniques to arrive at a solution,
test the precision
and accuracy of the solution
and interpret the results.
6.
Students will be able to communicate effectively i.e. being able to articulate, comprehend and write effective
reports, make effective
presentations and documentation and capable of expressing
the subject through technical writing as well as through
oral presentation.
Program Specific
Outcomes:
1.
Students will be able to explain fundamental concepts
of inorganic, physical, organic, industrial, and analytical chemistry.
2.
Identify chemical formulae and solve numerical
problems.
3.
Students can use modern
chemical tools, Models,
Charts, and Equipment.
4.
Students will be able to prepare
and qualify for competitive examinations
5.
Students will understand good laboratory practices
and safety.
6.
Students will develop research-oriented skills.
Course Outcomes:
|
B. Sc.-I (Chemistry) |
|
|
Course |
Outcomes |
|
Paper No. I (Inorganic Chemistry) |
After completion of these courses, students should be able to, 1. Able to write electronic configuration of elements, fill electrons in
different orbitals, draw energy level sequence of different orbitals, differentiate between electronegativity and electron affinity. 2.
Differentiate
between different types of bonds and able to
identify the ionic bond in compounds. 3.
Able to draw
molecular orbital diagrams of homonuclear and heteronuclear diatomic molecules. 4. Able to find hybridization, geometry and magnetic properties of transition metal complexes. |
|
Paper No. II (Organic Chemistry) |
1. Understand the basic concepts of Organic Chemistry. 2.
Understand the
concept of chirality, optical isomerism, and nomenclature. 3.
Learn aromatic-non-aromatic compounds and to understand the mechanism of electrophilic substitution reactions. 4. Understand method
of formation and chemical reactions of cycloalkanes, cycloalkenes and alkadienes. |
|
Paper No. III (Physical Chemistry) |
1. Understand the carnot cycle
and its efficiency and concepts of enthalpy and entropy 2. Understand the free energy
and laws of chemical equilibrium. 3. Understand the Vander walls
equations and Maxwell
Boltzman distribution law. 4. Understand the
First and second
order reaction. |
|
Paper No. IV (Analytical Chemistry) |
1. Understand the difference between
qualitative and quantitative analysis, understand the terms error
and accuracy in analytical experiments. Able to calculate themean, median of analytical data. 2. Understand the
importance of chromatography in analysis and the principles of separation of analyte from mixture using paper chromatography and thin layer chromatography. 3. Able to find out the unknown concentration of analyte from the sample by performing a titration. 4. Understand the hardness, PH, alkalinity, acidity, BOD and COD of water. Understand the estimation of NPK from fertilizer. |
|
B.Sc.-I (Chemistry Practical) |
|
|
Laboratory practical |
1.
To know
the unknown compounds by Organic Qualitative Analysis. 2.
To learn
the preparation of organic and
inorganic materials synthesis. 3. To learn
kinetics of reaction. 4.
To learn
separation and identification of different cations by Paper Chromatographic. 5.
To learn heat
of ionization, heat of ionization, heat capacity, enthalpy of hydration, solubility, and enthalpy of neutralization of different chemicals. 6. To determine the equivalent weight
of Magnesium. 7. To learn
preparation of standard solution. 8. To understand the estimation of metal ions. |
|
B.Sc.-II (Chemistry) |
|
|
Paper No. V (Physical Chemistry) |
1.
Understand the basic terminologies electrolytic conductivity and
different types of conductometric titrations. 2.
Understand the different physical
properties of liquids
depends on density and viscosity. 3.
Understand the adsorption phenomenon and different adsorption isotherms and its applications. 4. Understand the
types
of
nuclear radiations and
their detection and
measurements. 5. Understand the order
of reaction and theories of reaction rate. |
|
Paper No. VI (Industrial Chemistry) |
1. Learn different concentration terms. 2.
Understand comparison between classical chemistry and Industrial chemistry. 3. Understand concept
of unit processes and unit operation. 4. Study basic
principle of corrosion and electroplating. 5.
Learn different types of corrosion, applications of chromium
electroplating 6. Learn manufacturing process of paper. 7. Study different types of soaps
and their uses. 8. Study cleansing action of soap,
saponification, detergents. |
|
Paper No. VII (Inorganic Chemistry) |
1. Understand the basic concepts of coordination chemistry. 2.
Able to find the geometries of different transition metal complexes using
Valence bond theory. 3. Study the
concept of chelate
formation. 4. Study the compounds of group 13, 14 and 15 of ‘p-block’ elements. 5. Understand the properties of elements of 3d series. 6. Learn the basic knowledge about inorganic semi- microanalysis |
|
Paper No. VIII (Organic Chemistry) |
1.
Learn about
the synthesis, reactivity and applications of carboxylic acids. 2.
Study about
classification, preparation and applications of amines and diazonium salts. 3.
Understand the classification, configuration and structure of carbohydrates. 4.
Understand the nomenclature and reactivity of aldehydes and
ketones. 5. Study the
basic knowledge conformational analysis of organic compound. |
|
B.Sc.-II (Chemistry Practical) |
|
|
Laboratory practical |
1.
Identification of organic compounds including acids, bases,
phenols and neutrals. 2. Preparation of organic compounds and their purification. 3. Organic estimations such as acetone, Vitamin-C and ester. 4.
Separation,
identification and determination of Rf values using
TLC. 5. Understand the gravimetric analysis of Fe and Ba. 6. Preparation of inorganic complexes. 7.
Able to find out the unknown
concentration by performing titration. 8. Understand semimicro analysis. 9. Study the chemical kinetics of hydrolysis of ester. 10. Illustrate the experiment of instrumental methods
such as conductometry, refractometry, polarimetry etc. 11. Able to measure viscosities of different liquids. |
|
B.Sc.-III (Chemistry) |
|
|
Paper No. IX (Inorganic Chemistry) |
1.
Study the theoretical concepts of hard and soft acids
and bases. 2.
Understand the metal ligand
bonding in transition metal complexes. 3. Study basic
concepts and classification of inorganic polymers. 4.
Study classification of conductors, insulators and semiconductor 5. Study synthesis and structures of organometallic compounds. |
|
Paper No. X (Organic Chemistry) |
1. Study the basic concept of spectroscopy. 2. Understand factors
affecting UV-absorption spectra. 3. Understand factors
affecting on vibrational frequency. 4. Interpret IR-spectra on basic values
of IR-frequencies. 5. Learn basic
principle of NMR spectroscopy, chemical shift, shielding and deshielding. 6.
Study instrumentation of mass spectrometry, and fragmentation pattern. 7.
Solve the combined problem
of UV, IR,
and NMR. |
|
Paper No. XI (Physical Chemistry) |
1.
Learn and understand quantum
Chemistry, Heisenberg’s uncertainty principle, concept of energy operators (Hamiltonian), learning of Schrodinger wave equation. Physical interpretation of the ψ and ψ2
. Particle in a one- dimensional box 2.
Gain Knowledge about spectroscopy, Electromagnetic spectrum, Energy level diagram, Study of rotational spectra of diatomic molecules: Rigid rotor
model, Microwave oven,
vibrational spectra of diatomic molecules, simple Harmonic oscillator model, Raman spectra: Concept of polarizability, pure rotational and pure Vibrational Raman spectra of diatomic
molecules, related knowledge will be gained by the students. 3.
Learn and understand photochemical laws, reactions and various photochemical phenomena. 4.
Learn the various types
of solutions, vapour
pressure, temperature relations. 5.
Learn and
understand the knowledge of emf measurements, types of electrodes, different types of cells, various applications of emf measurements. |
|
Paper No. XII (Analytical Chemistry) |
1.
Understand the basic concepts of Gravimetric Analysis and learns different types of precipitations. 2.
Understand the
flame photometry and its applications and limitations. 3.
Understand the theory of colorimetry, applications of colorimetry and spectrophotometry 4. Understand the
different types of electrodes, titrations and their applications. 5. Understand the different types of chromatographic techniques and their applications |
|
Paper No. XIII (Inorganic Chemistry) |
1.
Understand the thermodynamic and kinetic aspects
of metal complexes. 2. Study the
nuclear reactions and role of radio isotopes. 3.
Understand properties and classification of lanthanides and actinides. 4. Study techniques involves in extraction of iron from
its ore. 5. Understand role
of metals and non-metals in our health. |
|
Paper No. XIV (Organic Chemistry) |
1. Study the various Name
reaction and reagents with examples. 2. Learn mechanism of rearrangement reaction. 3. Understand basic
terms used in retrosynthetic analysis. 4.
Solve electrophilic and nucleophilic addition reaction problems 5.
Study analytical and synthetic evidences of natural products
such as citral
and nicotine. 6. Learn different types of drugs
and their synthesis and uses. |
|
Paper No. XV (Physical Chemistry) |
1.
Learn and
understand phase rule, Learn and understand One component, Two component and Three component systems phase
diagrams with suitable examples. 2.
Gain Knowledge
about basic concept of Thermodyanamics, free
energy, Gibbs-Helmholtz equation and its applications, Able to solve problem related with it. 3.
Understand basic
concept of solid
state chemistry, learn
basic terms, Laws of crystallography, learn crystal structure analysis using X-rays 4.
Understand kinetics of Simultaneous reactions such as i)opposing reaction ii)side reaction iii)consecutive reactions: iv) chain
reaction v) explosive reaction Learn
and understand the knowledge of distribution law, its modifications, applications of distribution laws,
process of extraction, determination of solubility, distribution indicators, and
molecular weights. |
|
Paper No. XVI (Industrial Chemistry) |
1. Understand the
methods of manufacturing of sugar 2.
Understand the mechanism of manufacture of industrial heavy
chemicals. 3.
Understand the different types of polymers and their applications 4.
Understand the different types of hydrocarbons and application of petrochemicals. 5. Understand the different methods for nonmaterial preparations and
their applications. |
|
B.Sc.-III (Chemistry Practical) |
|
|
Laboratory practical |
1. Understand the gravimetric estimation such as Fe,
Ba, Ni. 2. Study different types of inorganic preparations. 3.
Understand
titration and percentage purity of different types of solutions 4.
Separate binary mixture and identify an individual compound. 5. Prepare organic compounds and purify
them. 6. Prepare organic derivatives. 7. Estimate the amount
of organic content
from the mixture, tablets
etc. 8.
Understand the kinetic reactions and their mechanisms, energy of activation, and partial molar
volume. 9. Understand different instruments such as pH Meter, potentiometer, refract
meter, colorimeter, etc. |
No comments:
Post a Comment