Electrical and Magnetic Basics at Basrah University
Electrical and Magnetic
Basics Concepts
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1
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3
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•
1-Vectors
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2-Coulomb’s Law and Electric
Field Intensity
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3-Electric Flux and Gauss Law
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4- Electric Potential
•
5-Current and Direct Current
Circuits
3
1-Vectors
•
The Cartesian coordinate
system
•
Vector components, unit
vector and vector field
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Dot product
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Cross product
* The Experimental Law of Coulomb
* The Experimental Law of Coulomb
* Electric Field Intensity
* Electric Field Intensity
* Field Due To A Continuous Volume Charge
* Field Due To A Continuous Volume Charge
Distribution
Distribution
* Field of a Line Charge
* Field of a Line Charge
* Field of a Sheet of Charge
* Field of a Sheet of Charge
* Streamlines and Sketches of Fields.
* Streamlines and Sketches of Fields.
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7
Electric
Electric
Potential
Potential
Energy to move a point charge through a Field
Potential Field of a Point
Potential Field of a Point
Charge
Charge
Potential gradient Relationship
between potential and electric field
intensity
8
Direct Current and Electric Circuits
Current
Density
Ohms Law, Resistance, Resistivity, Conductivity
Electric
Circuits
In this educational course at Basrah University, Dr. Raed M. Shaaban covers key concepts such as vectors, Coulomb's Law, electric field intensity, electric flux, Gauss's Law, electric potential, and direct current circuits. Students delve into topics like vector components, unit vectors, electric field distributions, potential fields, and circuit characteristics. The course explores fundamental principles in electrical and magnetic phenomena, providing a solid foundation for further studies in the field.
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Presentation Transcript
Electrical and Magnetic Basics Concepts College of Scince Basrah University 2020-2021 Dr. Raed M. Shaaban EEL 3472
PHY103 Syllabus 1-Vectors 2-Coulomb s Law and Electric Field Intensity 3-Electric Flux and Gauss Law 4- Electric Potential 5-Current and Direct Current Circuits EEL 3472 3
1-Vectors The Cartesian coordinate system Vector components, unit vector and vector field Dot product Cross product EEL 3472
Coulombs Law and Electric Field Intensity * The Experimental Law of Coulomb * Electric Field Intensity * Field Due To A Continuous Volume Charge Distribution * Field of a Line Charge * Field of a Sheet of Charge * Streamlines and Sketches of Fields. EEL 3472
Electric Flux, Gausss Law Electric Flux Number of flux lines (coulombs) crossing a surface normal to the lines divided by the surface area Gauss s Law The electric flux passing through any closed surface is equal to the total charge enclosed by that surface EEL 3472
Electric Potential Energy to move a point charge through a Field Potential Field of a Point Charge Potential gradient Relationship between potential and electric field intensity EEL 3472 7
Direct Current and Electric Circuits CurrentDensity Ohms Law, Resistance, Resistivity, Conductivity ElectricCircuits EEL 3472 8
