Course Syllabus Overview

This syllabus outlines the main topics and assessment structure for a college-level Physics course focusing on the mechanics of particles and rigid bodies. The course covers foundational concepts such as kinematics, kinetics, work, energy, impulse, momentum, and vibration, with a clear division between particle and rigid body mechanics.

Course Structure and Topics

• Weeks 1–4: Particle Mechanics

  • Kinematics of a Particle: Study of motion without considering forces. Key equations describe displacement, velocity, and acceleration as functions of time.

  • Kinetics of a Particle: Analysis of forces and their effects on particle motion, including Newton's laws of motion.

  • Work and Energy: Exploration of the work-energy principle, kinetic and potential energy, and conservation of energy.

  • Impulse and Momentum: Examination of momentum, impulse, and their conservation in collisions and other interactions.

• Week 5: TEST 1 (25%)

• Weeks 6–10: Rigid Body Mechanics

  • Vector Kinematics and Kinetics: Extension of kinematics and kinetics to rigid bodies, including rotational motion and vector analysis.

  • Planar Kinetics: Study of forces and motion in two-dimensional systems involving rigid bodies.

  • Work and Energy/Impulse and Momentum (Rigid Body): Application of work-energy and impulse-momentum principles to rigid bodies.

  • Vibration: Introduction to oscillatory motion, simple harmonic motion, and vibration analysis.

• Week 11: TEST 2 (25%)

• Weeks 12–13: Revision and Swotvac

• Exam Period: Final Exam (50%)

Assessment Structure

Topic Breakdown by Week

Key Physics Concepts Covered

• Kinematics: Describes motion using displacement, velocity, and acceleration.

• Kinetics: Explains motion by analyzing forces and Newton's laws.

• Work and Energy: Involves the calculation of work done by forces and the principles of energy conservation.

  • Work:

  • Kinetic Energy:

  • Potential Energy: (for gravitational potential energy)

  • Work-Energy Principle:

• Impulse and Momentum: Focuses on the change in momentum due to forces over time.

  • Momentum:

  • Impulse:

  • Impulse-Momentum Theorem:

• Rigid Body Mechanics: Extends particle mechanics to objects with size and shape, including rotational motion and planar kinetics.

• Vibration: Introduces oscillatory motion, such as simple harmonic motion.

  • Simple Harmonic Motion:

  • Angular Frequency:

Course Preparation and Study Tips

• Review lecture notes and textbook chapters before each week.

• Practice solving problems related to each topic, especially those involving calculations and conceptual understanding.

• Use the revision and Swotvac weeks to consolidate knowledge and address any weak areas.

• Prepare thoroughly for tests and the final exam, as they constitute the majority of the course grade.