Mass on Inclined Plane

Lecture Description

Finding the normal and parallel components of the gravitational force vector to determine the acceleration of a block down a frictionless inclined plane. See next video for correction on definition of normal force.

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