Force as a vector  Vector Algebra – Freebody Diagrams – Coplanar Forces – Couples. – Rectilinear Motion – Position Vector – Velocity and Acceleration – Graphical Methods – Relative Motion – Curvilinear Motion – Position Vector  Velocity and Acceleration in 2D and 3D – Relative Motion – Applications on Curvilinear Motion.  Newton's 2nd Law – Principle of Work and Kinetic Energy – Principle of Impulse and Momentum – Central Force – Impact – Vibrations.
2290 ريض  الميكانيكا  
Units  Hours  
Theoretical  Practical  
3  3  2 
Force as a vector  Vector Algebra – Freebody Diagrams – Coplanar Forces – Couples. – Rectilinear Motion – Position Vector – Velocity and Acceleration – Graphical Methods – Relative Motion – Curvilinear Motion – Position Vector  Velocity and Acceleration in 2D and 3D – Relative Motion – Applications on Curvilinear Motion.  Newton's 2nd Law – Principle of Work and Kinetic Energy – Principle of Impulse and Momentum – Central Force – Impact – Vibrations.
1060 ريض
"Engineering Mechanics: Statics And Dynamics", Upper Saddle River, NJ.: Prentice Hall,2001
Hibbeler R. C
د/زكريا محمد مختار
Week  Description  Reading  



2 
Freebody Diagrams 

5  6 
Rectilinear Motion – Position Vector – Velocity and Acceleration – Graphical Methods – Relative Motion 

7  8 
Curvilinear Motion – Position Vector  Velocity and Acceleration in 2D and 3D – Relative Motion – Applications on Curvilinear Motion. 

10  11 
Newton's 2nd Law – Principle of Work and Kinetic Energy 

10  11 
Principle of Impulse and Momentum 

12  13 
Central Force – Impact  Vibrations 

14 
Revision 
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