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Computer Programming -2

 

Module Description:        

Object-Oriented Concepts and on how the three key concepts, encapsulation, inheritance, and polymorphism, are applied. stream classes, constructors and destructors, data hiding, application classes, generics, containers and the graphical user interface. Introduction to GUI components and API package, Recursion, Class: Operator overloading, Dynamic structure, generics, Inheritance, polymorphism, More on GUI components

General physics (2)

 

Module Description:        

The aim of this course is to give the students outlines on general Physics and to increase their ability to better be aware of their material environment. In addition, this course could improve methods to analyses natural phenomena and to make students build organized information basing upon exact laws and theorems. Thus, they can exploit this knowledge in order to capitalize on the technological interest.

The two main axis of this course are: Electrostatics and Magneostatics

 

Calculus 2

Module Description:        

Definition - Definite integration – Definite integration properties -  Infinite integration - The mean value theorem  for integration – Fundamental theorem of calculate integration - Methods of integration (substitution, parts, partial fractions) - Trigonometric substitutions - Integration applications ( L'Hôpital's rule -Line integral) - Calculate of integration for  (Surface area  -  Volumes of solids of revolution ) -  polar coordinates .

برمجة حاسبات 2

 

Module Description:        

Object-Oriented Concepts and on how the three key concepts, encapsulation, inheritance, and polymorphism, are applied. stream classes, constructors and destructors, data hiding, application classes, generics, containers and the graphical user interface. Introduction to GUI components and API package, Recursion, Class: Operator overloading, Dynamic structure, generics, Inheritance, polymorphism, More on GUI components

فيزياء عامة 2

 

 

Module Description:        

The aim of this course is to give the students outlines on general Physics and to increase their ability to better be aware of their material environment. In addition, this course could improve methods to analyses natural phenomena and to make students build organized information basing upon exact laws and theorems. Thus, they can exploit this knowledge in order to capitalize on the technological interest.

The two main axis of this course are: Electrostatics and Magneostatics