Mechanics PapersClass of 2000 Centripetal force (the traditional method)
Kaminsky, Paulina 2000: Centripetal force: conical pendulum
Jacobs et. al 2001: Energy conversion when climbing steps
Saran and Isabella 2004: Heat generated on impact
Sampson, Donald 2004: A double conical pendulum
Annie and On 2004: "Pee-man" pressure
*Atwood, Thomas 2004: Propeller efficiency
*Chang, Daniel 2005: Terminal velocity for balls falling in water
Porsche and Nick 2005: Propeller thrust versus input power
Porter and Green 2005: 'Manpower'
Karyia, Shunsuke 2005: Viscosity vs. concentration for honey
Aima, Nikhil 2005: The bending of bamboo
Sekaeda, Naoko 2005: Balls rolling on an incline
*Verma, Paranav 2006: Air resistance in turbulent flow
Kim, Paul 2006: Impulse in a simple collision
Baker and Keys 2006: Terminal velocity in water and oil
Kim, Paul 2006: Energy loss due to hysteresis in rubber
Baskaran, Priya 2006: Energy in a simple explosion
Nick et. al 2006: Bubbles in soda water
Bia and Paak 2006: Damage in a simple collision
*McKeag, Paul 2006: Vortex mass as a function of position
*Chang, Daniel 2006: Phase angle for driven circular motion
Prie and Suphamet 2006: Tearing paper
Jacobs et. al. 2006: The coefficient of restitution: rubber ball
*Lee and Chang, 2007: Drag force for driven circular motion
Nick and Jerry, 2007: Termnal velocity for Al. plates in air
Tom and Indy, 2007: Drag coeffieient for polystyrene balls in air
Jacobs with Phys 1, 2007: Apparent drag coefficient for winged seeds
Zer, Elder, 2007: Momentum conservation in an enelastic collision
Yoshiaka, Wataru, 2008: A simple double pendulum
*Zer, Elder, 2008: Cratering in sand
Cameron and Tarang, 2008: Drag for a car in water