B.Sc.
F.Y. (sem I) Paper – I
Course Code – PHY-101
Course
Outcome of Mechanics,Properties of Matter
and Sound
CO1: Study about
Mechanics using Newton’s laws of gravitation.
CO2: Introduction of Elasticity
and stuidy of elastic materials.
CO3: Understanding
Viscocity and Surface tension of liquids.
CO4: Study ultasonic
sound and its applications and Acoustics.
B.Sc. F.Y. (sem I) Paper – II
Course Code – PHY-102
Course Outcome of
Heat
and Thermodynamics
CO1: Introduce about
Thermal Conductivity of different materials.
CO2: Learn about Real
gases and Transport Phenomena.
CO3: Understand
Thermodynamics and thermodynamical processes.
CO4: Introduction to
entropy and Thermodynamical relations.
B.Sc. F.Y. (sem II) Paper – IV
Course Code – PHY-104
Course Outcome of Geometrical And Physical Optics
CO1: Review about
Geometrical Optics and optical instruments.
CO2: Study Interference
phenomena of light and defferent experiments.
CO3: Concept of diffraction
of light and its types.
CO4: Polarization of
light and its applications.
B.Sc. F.Y. (sem II) Paper – V
Course Code – PHY-105
Course Outcome of Electricity and Magnetism
CO1: Need
of Vector Algebra in electricity and magnetism.
CO2: Study Electrostatics and related
laws.
CO3: Introduction of
Magnetostatics and related laws and applications.
CO4: Concept of Transient
curren and study of LCR.
·
Three theory
periods per paper per week per semester
·
Three practical periods per paper per week per
semester
B.Sc. S.Y. (sem III) Paper –
VII
Course Code – PHY-201
Course Outcome of Mathematical,
Statistical Physics and Relativity.
CO1: Study about Differential
and Ordinary differential equation.
CO2: Introduction of Statistical
basis and Classical statistics, and distribution laws.
CO3: Understanding of
Quantum Statistics and concept of Fermi Gas..
CO4: Theory of
Relativity, relativistic trnsformations and equations.
B.Sc. S.Y. (sem III) Paper –
VIII
Course Code – PHY-202
Course Outcome of Modern And Nuclear Physics
CO1: Introduce about Photoelectric Effect and
its applications.
CO2: Learn about
X-Rays, Bragg’s law, X-ray spectrum and its applications.
CO3: Understand Nuclear
Forces and Nuclear Models.
CO4: Types of Particle
accelerators and Detectors.\
B.Sc. S.Y. (sem IV) Paper – XI
Course Code – PHY-205
Course Outcome
of General Electronics
CO1: Review
Semiconductor, it types and uses.
CO2: Study transistor
biasing, its types, Amplifiers and its applications.
CO3: Concept of
Oscillator and Multivibrator and their types.
CO4: Introduce about
Modulations, its types and demodulation.
B.Sc. S.Y. (sem IV) Paper – XII
Course Code – PHY-206
Course
Outcome of Solid State Physics
CO1: Introduction
to crystal structure,crystal lattices, unit cell and types.
CO2: Understand bonding and Band theory
of solids.
CO3: Study Thermal
Properties of solids.
CO4: Overview of Free
electron theory of metals and transport properties.
·
Three theory
periods per paper per week per semester
·
Six practical
periods per paper per week per semester
B.Sc. T.Y. (sem V) Paper – XV
Course Code – PHY-301
Course
Outcome of Classical and Quantum Mechanics
CO1: Study about
Classical Mechanics and Physics behind any object in day today life.
CO2: Introduction of
Quantum Mechanics and Plank’s Quantum Theory.
CO3: Understanding of
dual nature of particle and matter waves.
CO4: Derive Schrondiger
Equation and its applications.
Program – B.Sc. T.Y. (sem V)
Paper – XVI
Course Code – PHY-302
Course Outcome of Electrodynamics
CO1: Introduce about Electrostatics
and Electrodynamics.
CO2: Learn about time
varrieg field and its related equations.
CO3: Understand nature
and parameters of electromagnetic waves.
CO4: Interaction of
Electromagnetic waves with matter.
Program – B.Sc. T.Y. (sem VI)
Paper – XIX
Course Code – PHY-305
Course Outcome of Atomic and
Molecular Physics and Laser.
CO1: Review atomic
structure and different atomic models.
CO2: Introduce Vector
Atom Model, and its Applications.
CO3: Concept of
molecular spectroscopy and different types of molecular spectra.
CO4: Introduce Laser,
its types and applications.
Program – B.Sc. T.Y. (sem VI)
Paper – XX
Course Code – PHY-306
Course Outcome of Non-conventional
energy sources and Optical fiber.
CO1: Need of Non-conventional energy sources and its
types and uses.
CO2: Study Solar energy and solar
photovotaic system.
CO3: Introduction and
Classification of Optical fiber.
CO4: Overview of fiber
cables and different fiber fabrication techniques.
·
Three theory
periods per paper per week per semester
·
Six practical
periods per paper per week per semester