WEEK 13: KINEMATICS OF RECTILINEAR AND CURVILINEAR MOTION
Description:
Introduction; Displacement; Types of motion;
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Course Material
- WEEK 1: INTRODUCTION TO STATICS
- WEEK 2: FORCE SYSTEM
- WEEK 3: Parallelogram, Moment And Related Problems
- WEEK 4: Couple, Resultants and Sample Problems
- WEEK 5 : Solution of problems Related Couple, Resultants and Moment
- WEEK 6: BEAMS: Definition; Types of beams
- WEEK 7: Bending moment and shearing force in simply supported beams and cantilevers
- WEEK 8: MID TERM EXAM
- WEEK 9: Problems Related SFD and BMD of Different types of Beams
- WEEK 10 : GEOMETRICAL PROPERTIES OF PLANE AREA
- WEEK 11: Moment of inertia for an area; Parallel – Axis theorem for an area; Radius of gyration of an area
- WEEK 12: Problems related Centroid, Center of Gravity and moment of inertia
- WEEK 13: KINEMATICS OF RECTILINEAR AND CURVILINEAR MOTION
- WEEK 14: Speed, velocity, acceleration
- WEEK 15: Equation of motion under uniform acceleration; Normal and tangent acceleration, Solution of problems
- WEEK 16 : FRICTION Introduction; Types of friction; Laws of solid friction; Coefficient of friction; Solution of problems.
- WEEK 17: WORK AND ENERGY: Work, Energy, Power, Impulse; Momentum; Simple harmonic motion and free vibration. Introduction to simple trusses and cables. Solution of problems
- WEEK 18: FINAL TERM EXAM
- Chapters 18
- Department Engineering Technology
- Teacher
ENGR. QASIM ALI
