Requested demos for Thursday, October 2nd, 2025

◀️ Wednesday, October 1st Friday, October 3rd ▶️


Time	PAI 2.48	PAI 4.42
8 AM	PHY 302K — PAI 2.48 — 08:00 AM J. Li 1M40.10 • Conservation of Energy: Nose Basher 1M40.20 • Conservation of Energy: Loop the Loop	PHY 302L — PAI 4.42 — 08:00 AM B. Hegelich 5H10.10 • Magnetic Fields: Globe with Bar Magnet 5H10.15 • Magnetic Fields: Magnetic Dip Needle 5H10.20 • Magnetic Fields: Oersted’s Effect 5H10.30 • Magnetic Fields: Magnet and Iron Filings 5H10.40 • Magnetic Fields: Suspended Magnet 5H10.83 • Magnetic Fields: Magnetic Field Lines 5H15.10 • Magnetic Fields: Iron Filings Around a Wire 5H15.40 • Fields and Currents: Solenoid and Iron Filings 5H10.50 • Spin Magnet
9 AM	(None)	PHY 303L — PAI 4.42 — 09:30 AM J. Markert 5H40.10 • Forces on Current in Wires: Parallel Wires 5H40.30 • Forces on Current in Wires: Jumping Wire 5H50.10 • Torque on Coils: Model Galvanometer 5K40.10 • Motors and Generators: CENCO DC Motor PHY 303L — PAI 4.42 — 09:30 AM J. Markert 5G50.50 • Temperature and Magnetism: Meissner Effect using Liquid Nitrogen 5G50.60 • Temperature and Magnetism: Flux Pinning
10 AM	(None)	(None)
11 AM	PHY 309K — PAI 2.48 — 11:00 AM V. Gordon 1H10.10 • Action and Reaction: Push Me Pull Me Carts 1N30.30 • Collisions in One Dimension: Elastic and Inelastic Collisions on the PASCO AIR Track with Gliders 1N40.20 • Collisions in Two Dimensions: Air Table Collisions	PHY 316 — PAI 4.42 — 11:00 AM X. Li 5B50.10 • Equipotential Lines
12 AM	(None)	PHY 317L — PAI 4.42 — 12:30 PM J. Alvarado 5D20.10 • Resistivity and Temperature: Wire Coil in LN2 5F20.50 • Circuit Analysis: Series and Parallel Light Bulbs 5F30.10 • RC Circuits: Capacitor and a Light Bulb
1 PM	(None)	(None)
2 PM	PHY 302K — PAI 2.48 — 02:00 PM C. Markert 1N21.10 • Mass and Momentum Transfer: Floor Carts and Medicine Ball 1N30.10 • Collisions in One Dimension: Collision Balls	PHY 303L — PAI 4.42 — 02:00 PM C. Shih 5F30.10 • RC Circuits: Capacitor and a Light Bulb 5F30.20 • RC Circuits: RC Time Constant on Scope 5F40.10 • Simple Battery
3 PM	PHY 301 — PAI 2.48 — 03:30 PM J. Markert 1M40.15 • Conservation of Energy: Stopped Pendulum 1M40.20 • Conservation of Energy: Loop the Loop 1M40.90 • Conservation of Energy: Energy Track 3A10.10 • Pendula: Simple Pendulum 3A20.10 • Springs: Mass on a Spring 3A70.30 • Wave Pendulum with Side Views	(None)
4 PM	(None)	(None)
5 PM	(None)	(None)
6 PM	(None)	(None)
7 PM	(None)	(None)