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I have over nine years of teaching experience across multiple subjects, including Physics, English, Biology, and Computer Studies, along with four years of school administration experience. I hold a Diploma in Education with a strong background in computer education and professional training in English language teaching. My teaching methodology is student-centered, focusing on personalized learning plans tailored to individual strengths and weaknesses. I combine interactive discussions, problem-solving techniques, real-world examples, and digital tools to make lessons practical and engaging. I also provide structured feedback and continuous support to ensure measurable progress and lasting results.
I am Bernard, a professional tutor with a strong passion for helping students achieve academic success. I enjoy guiding learners through complex subjects by simplifying concepts and connecting them to real-life applications. My interests include education, technology integration in learning, creative writing, and developing engaging teaching resources that make studying enjoyable and effective.
Curriculum Outline: Mechanics
Unit 1: Introduction to Mechanics
Lessons
What is Mechanics? (Branches: Statics, Kinematics, Dynamics)
Physical quantities, units, and dimensions
Scalars vs. Vectors (representation & operations)
Activities
Group discussion: everyday examples of mechanics
Hands-on: vector addition with arrows on graph paper
Quick quiz on SI units and conversions
Unit 2: Kinematics – Motion in One and Two Dimensions
Lessons
Distance, displacement, speed, velocity, acceleration
Equations of uniformly accelerated motion
Motion graphs (displacement–time, velocity–time, acceleration–time)
Projectile motion
Relative velocity
Activities
Stopwatch experiment: measuring acceleration of a rolling ball
Graphing motion using real data
Group problem-solving: projectile motion scenarios
Unit 3: Newton’s Laws of Motion
Lessons
Newton’s First Law (inertia)
Newton’s Second Law (force, mass, acceleration)
Newton’s Third Law (action–reaction)
Applications: friction, tension, normal force
Uniform circular motion
Activities
Tug-of-war to demonstrate action–reaction pairs
Lab: measuring frictional force on different surfaces
Problem-solving session: inclined planes and pulleys
Unit 4: Work, Energy, and Power
Lessons
Work done by constant and variable forces
Kinetic and potential energy
Work–energy theorem
Conservation of mechanical energy
Power and efficiency
Activities
Spring compression experiment (elastic potential energy)
Lab: lifting weights at different speeds → calculate power
Energy conservation game (identify KE/PE transformations in real-life situations)
Unit 5: Momentum and Impulse
Lessons
Linear momentum and impulse
Impulse–momentum theorem
Conservation of momentum (1D and 2D collisions)
Applications: recoil, rockets
Activities
Balloon rocket experiment (action–reaction & momentum)
Collision carts lab → measure velocities before & after impact
Case study: car crash analysis with impulse & momentum
Unit 6: Rotational Motion
Lessons
Angular displacement, velocity, acceleration
Torque and moment of inertia
Newton’s second law for rotation
Rotational kinetic energy and angular momentum
Conservation of angular momentum
Activities
Spinning bicycle wheel experiment (gyroscopic effect)
Lab: rotational inertia with a rolling cylinder/sphere
Problem-solving: torque in levers and pulleys
Unit 7: Gravitation
Lessons
Newton’s law of universal gravitation
Variation of � with height and latitude
Satellite motion: orbital velocity & escape velocity
Kepler’s laws of planetary motion
Gravitational potential energy
Activities
Scale model of the solar system (visualizing Kepler’s laws)
Calculation: satellite orbiting Earth speed & period
Debate: space exploration and gravity-assisted missions
Unit 8: Oscillations and Mechanical Waves
Lessons
Simple harmonic motion (SHM)
Energy in SHM
Damped & forced oscillations, resonance
Wave properties (speed, frequency, wavelength)
Standing waves & interference
Activities
Pendulum experiment → measure period & compare with theory
Slinky or rope wave demonstration
Lab: resonance in tuning forks & vibrating strings
Unit 9: Fluid Mechanics (Optional Extension)
Lessons
Pressure in fluids (Pascal’s law)
Archimedes’ principle & buoyancy
Fluid dynamics: Bernoulli’s theorem
Applications: airplane lift, Venturi effect
Activities
Floating objects lab → test Archimedes’ principle
Paper airplane challenge (lift & Bernoulli’s principle)
Group problem-solving on fluid flow
Unit 10: Review, Applications & Assessment
Lessons
Connecting mechanics concepts (energy, momentum, forces, rotation)
Real-life engineering and technology applications
Activities
Capstone project (choose one):
Build a catapult and calculate launch energy
Analyze sports physics (e.g., basketball shot, football kick)
Research satellite orbits & space mechanics
Final review quiz bowl
Practical exam: lab-based assessments
✅ Assessment Structure
Quizzes (short, after each unit)
Homework assignments & problem sets
Lab reports and presentations
Midterm exam (Units 1–5)
Final exam (comprehensive, Units 1–10)
Capstone project presentation
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