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Physics I Review 2

Physics I Review 2. Review Notes Exam 2. Work. Work for Constant Force. Vector Dot Product. Work for Variable Force. Work-Energy Theorem. Class #10 Take-Away Concepts. Does work depend on the path? Conservative Forces. Conservative Forces Non-Conservative Forces.

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Physics I Review 2

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  1. Physics IReview 2 Review Notes Exam 2

  2. Work

  3. Work for Constant Force

  4. Vector Dot Product

  5. Work for Variable Force

  6. Work-Energy Theorem

  7. Class #10Take-Away Concepts

  8. Does work depend on the path?Conservative Forces

  9. Conservative Forces Non-Conservative Forces

  10. Conservative Forcesand Potential Energy

  11. Two Common Potential Energy Functions in Physics 1

  12. Potential Energy, Kinetic Energy, and Conservation of Energy

  13. Example ProblemSkateboarder Going Up a Ramp

  14. Class #11Take-Away Concepts

  15. Is Mechanical EnergyAlways Conserved?

  16. Example of Energy Lost to Friction (Non-Conservative Force)

  17. Example of Energy Lost to Friction (Non-Conservative Force)

  18. Elastic and Inelastic Collisions

  19. Elastic Collisions inOne Dimension

  20. Elastic Collisions inOne Dimension

  21. Elastic Collisions inOne Dimension - Example

  22. Class #12Take-Away Concepts

  23. Definitions

  24. Direction of Angular Displacement and Angular Velocity • Use your right hand. • Curl your fingers in the direction of the rotation. • Out-stretched thumb points in the direction of the angular velocity.

  25. Angular Acceleration

  26. Equations for Constant a

  27. Relationships AmongLinear and Angular Variables

  28. Energy in Rotation

  29. Moment of Inertia

  30. Correspondence BetweenLinear and Rotational Motion

  31. Class #13Take-Away Concepts

  32. Review of Torque

  33. The Vector Cross Product

  34. The Vector Cross Product

  35. Torque as a Cross Product

  36. Angular Momentum of a Particle

  37. Class #14Take-Away Concepts

  38. How Does Angular Momentum of a Particle Change with Time?

  39. Angular Momentum of a Particle:Does It Change if t = 0?

  40. Conservation of Angular Momentum

  41. Class #15Take-Away Concepts

  42. Formula Sheet Organization

  43. Formula Sheet Organization

  44. Formula Sheet Organization

  45. Formula Sheet Organization

  46. Formula Sheet Organization

  47. Formula Sheet Organization

  48. Formula Sheet Organization

  49. Formula Sheet Organization

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