Requested demos for Tuesday, October 7th, 2025

◀️ Monday, October 6th Wednesday, October 8th ▶️


Time	PAI 2.48	PAI 4.42
8 AM	PHY 302K — PAI 2.48 — 08:00 AM J. Li 1N21.10 • Mass and Momentum Transfer: Floor Carts and Medicine Ball 1N30.20 • Collisions in One Dimension: 3:1 Collision Balls PHY 302K — PAI 2.48 — 08:00 AM J. Li 1N30.10 • Collisions in One Dimension: Collision Balls 1N30.60 • Collisions in One Dimension: Double Ball Drop	PHY 302L — PAI 4.42 — 08:00 AM B. Hegelich 5H40.30 • Forces on Current in Wires: Jumping Wire 5H40.40 • Forces on Current in Wires: Lorentz Force 5H40.45 • Forces on Current in Wires: Rail Gun 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
9 AM	PHY 303K — PAI 2.48 — 09:30 AM M. Tsoi 1N30.10 • Collisions in One Dimension: Collision Balls 1N30.20 • Collisions in One Dimension: 3:1 Collision Balls 1N30.30 • Collisions in One Dimension: Elastic and Inelastic Collisions on the PASCO AIR Track with Gliders	PHY 303L — PAI 4.42 — 09:30 AM J. Markert 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 5K40.80 • Motors and Generators: Hand-crank Generator 5K40.81 • Motors and Generators: Coupled Hand-held Generator & Flashlight 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 5L10.10 • Impedance: Inductive Choke 5N10.60 • Transmission Line and Antennas: Radiation from a Dipole 6H10.10 • Polarization: Polaroids on the Overhead 6H10.20 • Dichroic Polarization: Microwave Polarization
10 AM	(None)	(None)
11 AM	PHY 309K — PAI 2.48 — 11:00 AM V. Gordon 1D50.40 • Central Forces: Pail of Water, Pail of Nails 1N21.10 • Mass and Momentum Transfer: Floor Carts and Medicine Ball	PHY 316 — PAI 4.42 — 11:00 AM X. Li 5H10.30 • Magnetic Fields: Magnet and Iron Filings 5H15.10 • Magnetic Fields: Iron Filings Around a Wire 5H15.40 • Fields and Currents: Solenoid and Iron Filings PHY 316 — PAI 4.42 — 11:00 AM X. Li 5C10.10 • Capacitors: Assorted Capacitors
12 AM	(None)	PHY 317L — PAI 4.42 — 12:30 PM J. Alvarado 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 1N30.10 • Collisions in One Dimension: Collision Balls 1N30.20 • Collisions in One Dimension: 3:1 Collision Balls 1N40.20 • Collisions in Two Dimensions: Air Table Collisions	PHY 303L — PAI 4.42 — 02:00 PM C. Shih 5G20.30 • Magnet Domains and Magnetization: Magnetic Domain Model 5G50.50 • Temperature and Magnetism: Meissner Effect using Liquid Nitrogen 5G50.60 • Temperature and Magnetism: Flux Pinning 5H10.30 • Magnetic Fields: Magnet and Iron Filings
3 PM	PHY 301 — PAI 2.48 — 03:30 PM J. Markert 1D50.10 • Central Forces: Ball on a String 1L10.20 • Universal Gravitation Constant: Cavendish Balance Model 1M40.15 • Conservation of Energy: Stopped Pendulum 1S20.10 • Angular Momentum: Orbital Speed	(None)
4 PM	(None)	(None)
5 PM	(None)	(None)
6 PM	(None)	(None)
7 PM	(None)	(None)