• Air drag linear in velocity (1-D)
• Monkey and hunter - parametric plot
• Policeman and speeder (1-D)
• Force and potential energy. Given U, find F, stable & unstable equil points
• Collision between moving and stationary mass via a spring (uses dsolve & odeplot)
• Ball thrown straight up
• Rotational inertia of a long rod by summing point masses

Kinematics in 1-D

• average velocity and instantaneous velocity
• average acceleration and instantaneous acceleration
• ball thrown straight up
• Policeman and speeder

Kinematics in 2-D

• projectile motion (find the two paths between initial and final points)
• collision of two projectiles

Newton's laws in 1-D

• air resistance on falling object
• mass hanging from spring
• threads above and below a hanging mass; yank from below to break lower thread

Newton's laws in 2-D

• mass and spring on an incline
• mass and spring on incline with friction
• wheel and crank

Rotation, gravitation, force and potential energy

• Rotational inertia of a long bar by summing point masses to get 1/3 MR^2 about one end
• Conservative force and potential energy
• Gravitational force by a long cylindrical rod

Energy conservation

• skateboarder path after leaving ramp

Impulse

• Impulse of hammer on a plate
• Impulse of a tennis serve
• Impulse given by a fast charged particle to a nearby charge