Abu Zaria 300 Level Physics Courses

Ahmadu Bello University (ABU) Zaria 300 Level (Third Year) Physics Course Content and Structure to guide Abu Zaria Students, Aspirants, Jamb Candidates and the General Public.

Watch Abu Zaria Tutorial Videos here for Free or continue reading for Abu Zaria Faculty of Physical Sciences, Department of Physics Courses, Compulsory Subjects, Course Codes and Credits for First and Second Semester.

Abu Zaria 300 Level First Semester Physics Courses

Course Code	Course Title	Credit Unit	Status
PHYS311	Quantum Physics	2	Core
PHYS321	Vibrations and Waves	2	Core
PHYS323	Electronics	2	Core
PHYS331	Thermodynamics	2	Core
PHYS343	Solid State Physics I	2	Core
PHYS361	Advanced Physics Laboratory	2	Core
PHYS309	Energy and Environment	1	Core
PHYS333	Heat and Momentum Transfer	2	Cognate
PHYS381	Introductory Geophysics	2	Res. Elective
MATH301	Mathematical Methods 11	3	Core
MATH307	Complex Analysis	3	Res. Elective.
MATH 317	Numerical Analysis 11	3	Cognate
CHEM315	Chemical Bonding	2	Res. Elective
CHEM321	Advanced Inorganic Chemistry	2	Res.Elective
CHEM341	Analytical Methods in Chemistry	2	Res. Elective

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Abu Zaria 300 Level Second Semester Physics

Course Code	Course Title	Credit Unit	Status
PHYS300	Student Industrial Work Experience Scheme (SIWES) 6 months	6	Core

 

Abu Zaria 300 Level Physics Course Content

PHYS309 Energy and Environment (2 credit units)
Understanding of environment. Concept of Energy and power. Principles demands and outlook. Transformation of energy and its costs. Energy from fossil fuels, hydro costs, capacity, storage, reserves, efficiency and environmental effects.

Nuclear reactors, fission and fusion. Alternate sources of energy. Sole, geothermal, tidal, wind energy etc. Promises and problems.  Need for energy (national and global) policy and management.

PHYS311   Quantum Physics ( 2 credit units)
Evidence for the failure of classical Physics, The Schrodinger liquation, Solutions of the Schrodinger equation, Schrodinger’s equation in spherical coordinates, approximate solution of the Schrödinger Equation.

PHYS321 Vibrations and Waves (2 credit units)
Review of 1-dimensional oscillator, Forced Oscillation, Coupled oscillations, Traveling waves, Waves in two and three dimensions. Polarization, Interference and Diffraction.

PHYS323   Electronics (3 credit units)
Principles of semiconductor, p-n junction, Network theory, Common Emitter Amplifier, Principles of feedback, amplifier circuits, Operational Amplifiers.

PHYS333 Heat and Momentum Transfer (2 credit units)
Fluid flow; Linear and Turbulent flow in forced and free convection. Fully developed flows and boundary laser development. Heat transfer, Conduction, Condensation, Boiling, Heat exchanger design, Herat transfer in nuclear reactors. Radiative heat transfer.

PHYS 343 Solid State Physics I    (2 credit units)
Crystal Structure, Geometry of crystalline state, Miller indices. Scattering of x-rays, Bragg’s law.   Experimental collection of diffraction data.   Crystal binding – Elastic properties.   Lattice vibrations   and thermal properties

PHYS331 Thermodynamics ( 2 credit units)
Thermodynamic systems, first law of Thermodynamics, Second law of Thermodynamics, Kinetic Theory, and Third law of Thermodynamics.

PHYS381  Introductory Geophysics  (2 credit units)
Geophysics as a discipline, Generation and propagation of elastic waves, seismic, gravity, magnetic and electrical methods, methods of examining earth structure, Seismic studies mechanism of earthquakes, Heat flow, concept of plate tectonics and continental drift.

PHYS361 Advanced Physics Laboratory (2   credit units)
Advanced experiments in optics, electricity, magnetism, atomic, nuclear and solid state physics. Statistics and data handling, experiments in electronics, rectifier, transistor and amplifier are studied. Simple circuit analysis and design of standard electronic circuits are emphasized.

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