Introduction to Kinematics (Rest motio and Types of Motion) Lec 10
Download as PPTX, PDF0 likes348 views
The document discusses the kinematics of linear motion, defining key concepts such as rest, motion, and the various types of motion including translatory, rotatory, and vibratory motion. It explains kinematics as a branch of physics focused on motion without considering the forces involved. Additionally, it includes home tasks related to these concepts and offers a reference to further materials available on Slideshare.
Introduction to Kinematics (Rest motio and Types of Motion) Lec 10
- 1. Chapter 03 Kinematics of Linear Motion Lec-09
- 2. Learning Objectives • Review • Concept of Rest and Motion • Types of Motion • Concept of Kinematics • Home Task
- 3. Rest "A body is said to be in the state of rest, if it does not change its position with respect to its surroundings.“ Ex. Books lying on table, rocks on
- 4. Motion "A body is said to be in the state of motion, if it changes its position with respect to its surroundings."
- 5. Types of Motion Translatory/Linear Motion Rotatory Motion Vibratory/ Oscillatory Motion
- 6. Translatory/ Linear Motion Linear motion is also called the translatory motion. In this type of motion, a body moves in a straight or curved path
- 7. Examples
- 8. Rotatory Motion If a body spins or rotates about a fixed point or axis, its motion is called rotatory motion.
- 9. Examples
- 10. Vibratory/ Oscillatory motion A motion in which body repeats its position after a time interval also called to and fro motion
- 11. Examples
- 12. Kinematics The branch of physics which deals with the motion of objects with out any reference to the force or agent causing the motion is called kinematics. If we want to know to causes of motion, it is studied in Dynamics
- 13. Home Task • Write the Definitions of rest, motion, kinematics and types of motion along with examples. • Write three examples of types of motion.
- 14. Thank You For Your Cooperation You can find this presentation on Slideshare.com “Introduction to Kinematics”