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Unformatted text preview: 2. Error propagation 3. Resultant vector (graphical and component method). 4. Projectile motion 5. Newtons 2 nd Law 6. Centripetal acceleration 7. Uniform circular motion 8. Conservation of Linear Momentum 9. Conservation of Energy 10. Conservative forces 11. Torque 12. Static equilibrium 13. Simple Harmonic Motion 14. Period of oscillation 15. Amplitude of oscillation 11. Know how to write a coherent, comprehensive scientific lab report. 12. Know how to apply the kinematic equations of motion. 13. Know how to apply Newtons Laws of Motion to a system. 14. Understand how to describe uniform circular motion. 15. Know the conditions for static equilibrium. 16. What is lever arm? 17. What is the line of action of a force? 18. What is the Simple Harmonic Motion equation? 19. Know how to add vectors graphically and using component method. 20. Lab final will include a practical component....
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- Fall '09