Requested demos for Thursday, November 5th, 2026

◀️ Wednesday, November 4th Friday, November 6th ▶️


Time	PAI 2.48	PAI 4.42
8 AM	PHY 317K — PAI 2.48 — 08:00 AM K. Lang 4A30.10 • Solid Expansion: Bimetal Strip 4A30.xx • Solid Expansion: Linear Expansion of a Metal Rod 4A40.30 • Properties of Materials at Low Temperature: Smash a Rose, Tube, or Ball 4D20.10 • Mean Free Path: Crookes’s Radiometer 4D30.10 • Kinetic Motion: Cenco Kinetic Theory Apparatus 4E10.20 • Constant Pressure: Balloons in Liquid Nitrogen 4E20.40 • Constant Temperature: Balloon in a Vacuum 4E30.10 • Constant Volume: Pressure vs Temperature	PHY 302L — PAI 4.42 — 08:00 AM H. Quevedo 5G50.60 • Temperature and Magnetism: Flux Pinning 5J10.20 • Inductance: Back EMF 5K10.40 • Induced Currents and Forces: Iron Core in Mutual Inductance
9 AM	PHY 301 — PAI 2.48 — 09:30 AM M. Tsoi 3A10.10 • Pendula: Simple Pendulum 3A10.13 • Pendula: Adjustable Length Pendulum 3A20.10 • Springs: Mass on a Spring 3A10.40 • Pendula: Mass-Period Independence	PHY 316 — PAI 4.42 — 09:30 AM J. Markert 5K10.15 • Induced Currents and Forces: Wire and Magnet 5K10.20 • Induced Currents and Forces: Induction Coil with Magnets 5K10.24 • Induced Currents and Forces: Number of Turns and Induced EMF 5K20.10 • Eddy Currents: Eddy Current Pendulum 5K20.25 • Eddy Currents: Magnets and Tubes
10 AM	(None)	(None)
11 AM	(None)	(None)
12 AM	PHY 302K — PAI 2.48 — 12:30 PM C. Markert 1R10.10 • Hooke’s Law: Stretching a Spring 3A10.10 • Pendula: Simple Pendulum 3A20.10 • Springs: Mass on a Spring	PHY 317L — PAI 4.42 — 12:30 PM Z. Yao 5K20.30 • Eddy Currents: Jumping Ring 5K30.40 • Transformers: Nail Welding Transformer 5L20.20 • RLC Circuits AC: RLC — Resonance 5L20.26 • RLC Circuits AC: LC Circuit w/ Parallel Resonance Notes: Same demos for the 2-3:30 class. Thanks.
1 PM	(None)	(None)
2 PM	PHY 303K — PAI 2.48 — 02:00 PM A. Demkov 3A10.10 • Pendula: Simple Pendulum 3A10.13 • Pendula: Adjustable Length Pendulum 3A10.35 • Pendula: New Torsion Pendulum 3A20.10 • Springs: Mass on a Spring 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)