Mechanics (Notes)Koo, Kuk-Hyoe et. al. 1998: Energy loss due to hysteresis
Class of 2001 Forces on an inclined plane
Sajjanhar, Gaurav 2001: Damped oscillations in air
Manveer and Dishant: 2003 and Kim: 2005 Time on the floor
Jacobs 2004: 1 Cavendish balance 2 Pedometer 3 Rotational KE?
Jacobs 2004: 4 A simple pendulum 5 SHM 6 Hysteresis
Sakurai, Takahiro 2004: Impact craters in sand
Baranowski, Michael 2004: Impact craters in layered sand
Jacobs 2004: 1 Velocity of efflux 2 Driven SHM in water
Jacobs 2004: 3 Free fall 4 Coefficients of friction 5 Egg timer
Barker, Dan 2004: Beats Chiswell, M 2004: The Domino effect
Jacobs 2005: 1 Curve ball (The Magnus effect)
Jacobs 2005: 2 The terminal velocity of paper cups
Chang and Jacobs 2005: Sky diving (possible models)
Jacobs 2005: 3 Terminal velocity for spheres in water
Dickerson, Jennifer 2005: Acceleration on an incline
Jacobs 2005: 4 Cone angle for granular materials
Jacobs 2005: 5 Stokes' law 6 Bubbles in beer
Jacobs 2006: 1 Angular momentum 2 Bullets in water
Myer, Kyle 2006: Street fighting
Porter and Green 2006: Viscosity vs. temperature for honey
Jacobs 2006: 3 Bungee 4 Terminal velocity 5 Explosions
Se-Won and Yoon, Paul 2006: The wall effect in water
Fantozi, Baca and Green 2006: The wall effect in air
Green et al 2006: Terminal velocity for balls in pipes
Aima, Nikhil and Phys 1, 2006: The coefficient of restitution
Howard, Leah 2006: Driven vertical circular motion
Jacobs, 2006: 6 Hand-shake 7 Air resistance
Jacobs, 2007: 1 Fluid spirals 2 Leidenfrost effect
Erik and George, 2007: Projectile motion with air resistance
Jacobs, 2007: 3 Center of gravity 4 Front/back brakes
Jacobs, 2008: 1 Rockets 2 Bottom effect 3 Pycrete 4 Balloons