Requested demos for Tuesday, March 31st, 2026

◀️ Monday, March 30th Wednesday, April 1st ▶️


Time	PAI 2.48	PAI 4.42
8 AM	(None)	PHY 317L — PAI 4.42 — 08:00 AM J. Yeazell 5N10.60 • Transmission Line and Antennas: Radiation from a Dipole
9 AM	PHY 301 — PAI 2.48 — 09:30 AM J. Markert 1D50.10 • Central Forces: Ball on a String 1Q40.10 • Conservation of Angular Momentum: Rotating Stool with Weights 1Q40.20 • Conservation of Angular Momentum: Squeezatron 1Q40.30 • Conservation of Angular Momentum: Rotating Stool and Bicycle Wheel 1Q50.20 • Bicycle Wheel Gyroscope 1Q50.30 • Gyroscope Notes: Please set up gyroscope "balanced," so there is no precession.	(None)
10 AM	(None)	(None)
11 AM	PHY 317K — PAI 2.48 — 11:00 AM Z. Yao 1M40.10 • Conservation of Energy: Nose Basher 3A10.10 • Pendula: Simple Pendulum 3A20.10 • Springs: Mass on a Spring 3A60.30 • Driven Mechanical Resonance: Barton’s Pendula 3A70.35 • Damped Oscillations: Damped Motion 3A10.40 • Pendula: Mass-Period Independence	(None)
12 AM	PHY 302K — PAI 2.48 — 12:30 PM H. Chen 2B20.40 • Static Pressure: Pascal’s Vases 2B40.20 • Density and Buoyancy: Archimedes’s Principle Notes: demo cam please!	(None)
1 PM	(None)	(None)
2 PM	PHY 317K — PAI 2.48 — 02:00 PM Z. Yao 1M40.10 • Conservation of Energy: Nose Basher 3A10.10 • Pendula: Simple Pendulum 3A20.10 • Springs: Mass on a Spring 3A60.30 • Driven Mechanical Resonance: Barton’s Pendula 3A70.35 • Damped Oscillations: Damped Motion 3A10.40 • Pendula: Mass-Period Independence	(None)
3 PM	(None)	(None)
4 PM	(None)	(None)
5 PM	(None)	(None)
6 PM	(None)	(None)
7 PM	(None)	(None)