GOVERNMENT COLLEGE BALRAMPUR
DEPARTMENT OF PHYSICS
PROGRAMME OUTCOMES: B.SC PHYSICS
After successful completion of three year degree programme in physics student should be able to;
Programme outcomes:-
PO1-To enhance the student’s academic abilities personal qualities and transferable skills which
will give them an opportunity to develop as responsible citizens?
PO2-To define the basic laws involved in physics.
PO3-To understood the significance of the various physical phenomena.
PO4-To understood the concepts.
PO5-To carry out experiments to understood the laws and concepts of physics.
PO6-To apply the theory learnt and skills acquired solve time problems.
PO7- Solve the problem and also think methodically and draw a logical conclusion.
PO8- To include the scientific temperament in the scientific community.
PROGRAMME SPECIFIC OUTCOMES:
PSO1- Gain knowledge of physics through theory and practical’s.
PSO2- Understand good laboratory practices and safety.
COURSEOUTCOMES B.SC. 1ST YEAR
PAPER-I
PH. MECHANICS:
CO1- Know laws of motion, coordinate system (Cartesian cylindrical and spherical.)
CO2- To study system of particles, centre of mass, conservation of energy.
CO3- To understanding kepler’s laws, Gravitational laws and field.
PH. OSCILLATIONS:
CO1- To understanding oscillations, simple harmonic oscillations.
CO2- To study two simple harmonic motion of the same frequency.
CO3- Know Lissajous figures, cases and applications.
CO4- To study damped and driven harmonic oscillations.
ELECTRIC FIELD AND MAGNATIC FIELD:
CO1- To study motion of charged particles in E. field and M. field.
CO2- To study mutually parallel electric and magnetic fields.
CO3- To study CRO.
PH. PROPERTIES OF MATTER
CO1- Know the elasticity.
CO2- To study Hook’s laws
CO3- To understanding cantilever experimentally.
CO4- To understanding surface tension and surface energy.
PH MATHEMATICAL BACKGROUND
CO1- To study scalars and vectors, dot and cross products, reciprocal vectors.
CO2- To study divergence and curl of vector field sline, surface and volume integrals.
CO3- To study gauss divergence theorem.
CO4- To study stock’s theorem.
CO5- To study flux of the electric field.
CO6- To study dielectric. Dielectric constantpolarization.
CO7- To understanding steady current.
CO8- To study biot and sevart’s law.
CO9- To study ampere’s law, torque on a current loop.
PH. ELECTROMAGNATIC THEORY:
CO1- Know electromagnetic wave introduction, characteristics.
CO2- To understanding faraday’s laws electromagneticforce.
CO3- To study mutual and self-inductance.
CO4- To study transformers.
CO5- To study Maxwell’s equations
CO6- To study poynting vector.
COURCE OUTCOMES B. Sc. IIPHYSICS
PAPER-I
Course: Aftercompletion of these courses students should be able to:
PH.THERMODYNAMICS:
CO1- Know the concept of path function.
CO2- To study first, second,third law of thermodynamics.
CO3- To understand the Entropyconcept.
CO4- To study change inentropy in simple cases.
CO5- To studythermodynamics relationship.
PH.KENETIC THEORY:
CO1- To study Maxwellrelations.
CO2- To study Maxwelldistributions of R.M.S. and most probable speed value depending on
temperature and pressure.
PH.STATISTICAL PHYSICS:
CO1- Understandingstatistical distribution of system of particles.
CO2- To study theelementary concept of statistics.
CO3- To studyBose-Einstein theory.
CO4- To study partitionfunction.
CO5- To studyblack-body radiation and its applications.
CO6- To studyFermi-Dirac statistics.
PAPER- II
WAVES:
CO1- To study waves;characteristics speed and nature.
CO2- To studyreflection, reflection and diffraction of sound wave.
PH.ACCOUSTICS AND OPTICS:
CO1- To studyinterference of light.
CO2- To study Fermat’sprinciple.
CO3- To study principleof sonar system ranging.
PH. LASER:
CO1- Know the coherence spontaneous andstimulated emission.
CO2- To study Einstein’s A and B coefficients.
CO3- To understanding principle of laser andcondition required for laser action.
CO4- To study optical pumping, populationinversion and its applications.
COURCEOUTCOMES B. Sc. III PHYSICS
CO1- Afterdetermination of these course students should be able to:
PAPER-I
PH.RELATIVITY:
CO1- Know the referencesystem, Galilean invariance, conservation laws.
CO2- To understand thespecial theory of relativity.
CO3- Discuss the Michelson-Morleyexperiment.
CO4- Discuss aboutCompton Effect.
CO5- Know and discussabout Zero rest mass etc.
PH.QUANTAM MECHANICS:
CO1- UnderstandDe-Broglie hypothesis and uncertainty principle.
CO2- Understand the concept and derive Schrodingertime dependent and independent.
CO3- Get knowledge ofphotoelectric effect.
CO4- Know differentoperators in quantum mechanics.
PH.ATOMICAND MOLECULAER PHYSICS:
CO1- To study the Ramanspectra.
CO2- To study the Zeeman Effect.
CO3- To understandmolecular spectra of atom.
PAPER-II
PH.SOLIDSTATE PHYSICS:
CO1- To study theamorphous and crystalline solid.
CO2- To study Millerindices.
CO3- To study Einsteinand Debye theories.
CO4- To study Bragg’slaw.
PH.SOLIDSTATE DEVICE AND ELECTRONICS:
CO1- To study Kronig-penny model.
CO2- To study aboutinsulator, conductor.
CO3- To understandspecial purpose diode.
CO4- To study Zenordiode.
CO5- To study half andfull wave rectifier.