Attachments
Lectures
Syllabus
2290 ريض  -  الميكانيكا
Units Hours
Theoretical Practical
3 3 2
Course Catalog Description

Force as a vector - Vector Algebra – Free-body 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.

Course Requirements

1060 ريض

Textbook

"Engineering Mechanics: Statics And Dynamics", Upper Saddle River,  NJ.: Prentice Hall,2001

Authers

Hibbeler R. C

Instructor

د/زكريا محمد مختار

Grading Policy
Learning Outcome
Topics
Week Description - Reading  

List of Topics

No. of

Weeks

Contact hours

Force as a vector – Vector Algebra

1

5

Free-body Diagrams

1

5

Coplanar Forces - Couples

2

10

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

2

10

Curvilinear Motion – Position Vector - 

Velocity and Acceleration in 2D and 3D – Relative Motion – Applications on Curvilinear Motion.

2

10

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

1

5

Principle of Impulse and Momentum

2

10

Central Force – Impact

2

10

Vibrations.

1

5

2

Free-body 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