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Department Major
General Studies Department All Majors
Electronic / Electrical Electric power / Electric machines /
Department Major
Technology Electronics
Course Title Physics Code 104 phy
Prerequisite None
Course Description : Semester 1 2 3 4
This course aims at giving direct and clear Credit hr/w 3
answers to all the questions about nature forces that
God put in matter for the sake of man. Especially Contact
L 2
hr/w W 2
those questions in the field of mechanics. It also gives T 0
a practical and scientific definition for the L
indispensable measurement science. Contact
W
hr/sem.
T
General Goal :
This course was designed to support and extract the scientific learning ability of the student
through learning and understanding the principle fundamentals and the basic subjects of each
technological specialization to build on them later in the situations that enable him of harmonical
scientific and direct understanding.
Behavioral Objectives :
Student is able to :
Understand the basic importance of units and dimensions theory in physical
measurements
Ability to differentiate between correct and wrong laws on direct scientific basis
Understand Newtonian Mechanics correctly
Acquire knowledge of fundamentals of thermodynamics
Identify the electrical properties of materials found in nature
Identify the electronic properties of materials used practicaly
Topics ( Theory & Practice ) : Scalar and vector quantities – Force and motion –
Conservation of energy – Static equilibrium - Static electricity - Electric current
Physical measurements – Hook’s law –Free fall – Specific heat capacity - Latent heat - Friction
coefficient – Ohm’s law – Study of ratio between potential differences in a transformer.
1
Department Major
General Studies Department All Majors
Detailed Curriculum ( Theory )
Hours Contents Behavioral Objectives
Vector and Scalar Quantities
1-1 General Introduction 1- Differentiate between
1-2 Scalar Quantities vector and scalar of the
1-3 Vector Quantities quantities the student deal
1-3-1 Adding vector quantities (drawing method) with to facilitate using
6 1-3-2 Components of vector quantities them as each type has its
1-4 Unit vector own laws
1-5 Multiplying vector quantities 2- Representing vector
1-5-1 Scalar product quantities in a plane and
in space
1-5-2 Vector product
(Solved Examples + General Exercises)
5 Force and motion 1- Mechanics study the relation
2.1 General introduction between each of mass, force,
2.2 Concept of displacement and distance and acceleration that results
2.3 Average velocity and the surrounding medium
2.4 Instantaneous velocity 2- Concept of resultant force of
2.5 Instantaneous acceleration different forces acting on a
2.6 Motion in a straight line with constant body
acceleration 3- Applied practical fields of
2.7 Newton’s first law Newton’s laws of motion
2.8 Newton’s second law
2.8.1 Concept of weight
2.9 Newton’s third law
2.10 Friction
2
Department Major
General Studies Department All Majors
2.11 Work and kinetic energy
2.12 Kinetic energy
2.13 Latent energy
(examples + general exercises)
3 Conservation of energy 1- Energy is neither destroyed
3.1 general introduction nor created
3.2 Conservation of energy 2- Relation between force and
3.3 Conservation of momentum momentum through
3.4 Law of conservation of momentum Newton’s second law
(solved examples + general exercises)
4 Static Electricity 1- Concept of static charge and
4.1 General introduction its relation to electric field
4.2 Electric charge 2- Attreaction and repulsion
4.3 Coulomb’s law forces between like and
4.4 Electric field unlike charges
4.5 Electric potential difference 3- Electric potential is a scalar
(solved examples + general exercises) quantity
4 Electric Current 1- Differentiate between
5.1 General introduction concepts of electric current
5.2 Electric current intensity and electric current intensity
5.3 Resistance and resistivity
5.4 Electric energy and power 2- Differentiate between
(solved examples + general exercises) resistance and resistivity
3- Difference between energy
and power
Magnetic field 1. Concept of magnetic field
6.1 General introduction and its relation to a moving
6.2 Magnetic field electric charge
6.3 Magnetic field lines 2. Concept of magnetic force
6.4 Detection of an electron and measuring its and its relation to magnetic
charge mass e/m ratio field intensity and velocity of
3
Department Major
General Studies Department All Majors
6.5 Force acting on a wire carrying current in a electric charges
magnetic field B 3. Relation between
(solved examples + general exercises) electrostatic force and
magnetic force to calculate
the ratio between electron
charge and its mass e/m
4 Semiconductor Diode 1- Recognize the operation of a
7.1 Diffusion semiconductor diode
7.2 P-N junction 2- Recognize the electronic
7.3 Semiconductor diode
7.4 Energy levels in a semiconductor diode operations and the
7.5 Components of current in a semiconductor components of the electric
diode
7.6 Characteristics of a semiconductor diode current in a P-N junction
7.7 Effect of heat 3- Recognize the drift current
(solved examples + general exercises)
4- Recognize the overvoltage
4
Department Major
General Studies Department All Majors
Detailed Curriculum ( Practical )
Hours Contents Behavioral Objectives
6 First Experiment Know how to deal with these tools
Physical measurements and how to use in practical life
Calculator, Vernier caliper, Micrometer,
Spherometer, Voltmeter, Ammeter, and
Ohmmeter
4 Second Experiment Allow student to know that extension
Hook’s law of a body is directly proportional to
Vrifying Hook’s law and determination of spring applied force on it
elasticity constant
F=-kx
F=ma
- Kx = ma
k = - (m/x) a
2 Third Experiment Allow student to understand equation
Free fall of motion with constant acceleration
Determination of gravitational acceleration using
free fall
g = z x slope
2 Fourth Experiment Knowing type of body using mixing
Specific heat capacity method
Determination of specific heat capacity of a solid
body
2 Fifth Experiment Knowing heat transfer and
5
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General Studies Department All Majors
Evaluation of latent heat of melting of ice transformation of matter from state
to another
4 Sixth Experiment Study forces of friction between two
Coefficient of friction bodies
Determination of the coefficient of friction
2 Seventh Experiment Know the relation between potential
Ohm’s law difference, electric current, and
Determination of unknown resistance
resistance
2 Eighth Experiment Ability to know that the ratio
Study the ratio between the potential differences between the potential differences of
of a transformer
a transformer is the same as its turns
ratio
6
Department Major
General Studies Department All Majors
Textbook:
1- Basic theoretical physics, Dr. Marwan Al Fahad (Al Obikan)
2- General Physics, Mohamed Soalem et.al, (Dar Al Fekr
Publishing)
3- Fundamentals of physics,
Additional for educational and engineering institutes and colleges, Dr.
Reading: Mahamad Abdel Maksoud Al Gammal ( Dar Al Rateb Al
Game’eh, vol. 1, vol. 2)
4- Basic Applied Physics, Dr. Marwan Al Fahad, and Abd Al Aziz
Al Massoud, (Al Obikan)
1- Fundamentals of physics, Halliday, Resnik, Walker 1997
2- Practical applications in electricity and electronics, Dr. Amgad
References: Karjeh, and Dr. Sobhi Al Rawy, Al Moussel University
3- Fundamentals of electronic engineering, Dr. Riyad Al Hakim,
and Dr. Adel Khedr, Al Moussel University
7
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