1.1 1.pdf
1. 1 Newtons Laws
2.1 2.pdf
2. 2 Relationships between position, velocity, and acceleration
3.1 3.pdf
3. 3 Motion With Constant Acceleration In A Straight Line
4.1 4.pdf
4. 4 Forces And Moments Acting On A Bicycle
5.1 5.pdf
5. 5 The Forces Acting On A Single-Person Boat
6.1 6.pdf
6. 6 Hot Air Balloon Lift Forces
7.1 7.pdf
7. 7 The Forces Acting On An Aircraft In Level Flight
8.1 8.pdf
8. 8 Force Vectors And Their Components
9.1 9.pdf
9. 9 Moments And Couples
10.1 10.pdf
10. 10 The Stability Of Boats And The Principles Of Buoyancy
11.1 11.pdf
11. 11 The Rotational And Translational Motion Of A Wheel
12.1 12.pdf
12. 12 Bicycle Brakes And The Related Physics Concepts
13.1 13.pdf
13. 13 Work, Energy, and Power
14.1 14.pdf
14. 14 Work, Kinetic Energy, And Power PART 2
15.1 15.pdf
15. 15 The Elastic Potential Energy Of Springs
16.1 16.pdf
16. 16 Friction
17.1 17.pdf
17. 17 Mechanics Of Bicycle Bearings
18.1 18.pdf
18. 18 Lubrication
19.1 19.pdf
19. 19 Rolling Resistance And Its Impact On Energy Dissipation In Wheel Systems
20.1 20.pdf
20. 20 A Rigid Wheel Rolling On Soft Ground
21.1 21.pdf
21. 21 Rolling Resistance And Air Resistance In Bicycles
22.1 22.pdf
22. 22 Pressure In Fluids
23.1 23.pdf
23. 23 Volume, Density, And Specific Gravity
24.1 24.pdf
24. 24 Ideal Gases
25.1 25.pdf
25. 25 Viscosity
26.1 26.pdf
26. 26 Fluid Motion Around The Airfoil
27.1 27.pdf
27. 27 Bernoullis Equation
28.1 28.pdf
28. 28 Boundary Layers And Drag
29.1 29.pdf
29. 29 Lift Coefficient (CL) And Drag Coefficient (CD)
30.1 30.pdf
30. 30 Propulsion
