Friction on an Inclined Plane

Lecture Description

Calculating the acceleration of on object sliding down an inclined plane with friction.

Course Description

Projectile motion, mechanics and electricity and magnetism. Solid understanding of algebra and a basic understanding of trigonometry necessary.

Course Index

1. Introduction to Motion Part 1
2. Introduction to Motion Part 2
3. Introduction to Motion Part 3
4. Projectile Motion Part 1
5. Projectile Motion Part 2
6. Projectile Motion Part 3
7. Projectile Motion Part 4
8. Projectile Motion Part 5
9. Projectile Motion Part 6
10. Projectile Motion Part 7
11. Projectile Motion Part 8
12. Projectile Motion Part 9
13. Projectile Motion Part 10
14. 2-Dimensional Projectile Motion Part 1
15. 2-Dimensional Projectile Motion Part 2
16. 2-Dimensional Projectile Motion Part 3
17. 2-Dimensional Projectile Motion Part 4
18. 2-Dimensional Projectile Motion Part 5
19. Optimal Angle for Projectile Part 1
20. Optimal Angle for Projectile Part 2
21. Optimal Angle for Projectile Part 3
22. Optimal Angle for Projectile Part 4
23. Newton's First Law of Motion
24. Newton's Second Law of Motion
25. Newton's Third Law of Motion
26. Newton's Law Problem Part 1
27. Newton's Law Problem Part 2
28. Newton's Laws
29. Newton's Laws and Vectors
30. Force with Vectors
31. Introduction to Tension
32. Tension Part 2
33. Mass on Inclined Plane
34. Introduction to Friction
35. Friction on an Inclined Plane
36. Complicated Friction/Inclined Plan
37. Tension in an Accelerating System
38. Moving Pulley Problem Part 1
39. Moving Pulley Problem Part 2
40. Introduction to Momentum
41. Momentum: Ice Skater Throws a Ball
42. 2-Dimensional Momentum Problem Part 1
43. 2-Dimensional Momentum Problem Part 2
44. Introduction to Work and Energy Part 1
45. Introduction to Work and Energy Part 2
46. Conservation of Energy
47. Work/Energy Problem with Friction
48. Mechanical Advantage Part 1
49. Mechanical Advantage Part 2
50. Mechanical Advantage Part 3
51. Center of Mass
52. Introduction to Torque
53. Moments Part 1
54. Moments Part 2
55. Unit Vector Notation Part 1
56. Unit Vector Notation Part 2
57. Projectile Motion with Unit Vectors Part 1
58. Projectile Motion with Unit Vectors Part 2
59. Projectile Motion with Ordered Set Notation
60. Centripetal Acceleration Part 1
61. Centripetal Acceleration Part 2
62. Centripetal Acceleration Part 3
63. Visual Proof: a= v^2/r
64. Calculus Proof that a=v^2/r
65. Introduction to Angular Velocity
66. Conservation of Angular Momentum
67. Introduction to Newton's Law of Gravitation
68. Gravitation
69. Spring and Hooke's Law
70. Potential Energy Stored in a Spring
71. Spring Potential Energy Example (Mistake in Math)
72. Harmonic Motion Part 1