Object — Rigid body modelled as a mass on a surface.
Present in chapters
02·03·04
Linked atoms
38 linked atoms.
00 Grandezze fisiche, stime, equilibrio
- Worked example — Block hanging from two ropes
- Worked example — The gorilla pulls a crate
- Worked example — Box with spring: equilibrium zone
02 Forze e leggi di Newton
- From the diagram to the applied force
- Two blocks tied together with an applied force
- Two bodies connected by a pulley
- Two masses at the same acceleration
- Worked example — block on an inclined plane with 3 forces
- Worked example — two boxes with spring and pulley
- Worked example — two boxes in equilibrium
- Minimum force to move a block
- Inclined plane with kinetic friction
- Problem — Two blocks tied together on a smooth plane
- Problem — Three blocks connected with two tensions
03 Piano inclinato e moto circolare
- Acceleration on an inclined plane with friction
- Coefficient of friction from the slipping threshold
- Two masses on a triangular plane
- Worked example — Kinetic friction from a kinematic measurement
- Worked example — Inclined plane with kinetic friction
- The accelerating matchbox
- Mass on a smooth plane
- Spring on an inclined plane
- Inclined plane with pulley and hanging mass
- Smooth inclined plane
- Slipping threshold
04 Energia e lavoro
- Worked example — block on an inclined plane with spring and friction
- The work done by friction
- Problem — Block pushed with friction
- Problem — Block on an inclined plane with spring (equilibrium and oscillations)
- Problem — Cart on a smooth track
- Problem — Conservation of energy with friction
- Problem — Two springs and a box
- Problem — Two boys push a crate
- Problem — Kinetic energy of a ball
- Problem — Work done against friction
- Problem — Work done by an inclined force
- Problem — Pushing a moving crate