OLD UT: 8.8D Simple Pendulum PIRA: 3A10.10 Simple Pendulum
OLD UT: 8.8I Conservation of Energy PIRA: 1M40.15 Stopped Pendulum
OLD UT: 8.8B Crusher Pendulum PIRA: 1M40.10 Nose Basher
OLD UT: 8.8C Loop the Loop Car PIRA: 1M40.20 Loop the Loop
OLD UT: 8.8F Rube Goldberg Device PIRA: No known equivalent
Linear Momentum and Collisions - demos for chap 9, Serway
OLD UT: 10.3A Unequal Mass Elastic Balls PIRA: 1N30.20 Collision Balls
OLD UT: 10.3B Newton's Collision Pendulum PIRA: 1N30.10 Collision Balls
OLD UT: 10.4B Ballistics Pendulum PIRA: 1M40.40 Ballistics Pendulum
OLD UT: 10.4A5 Super Ball PIRA: 1R40.30 Dead and Live Balls
OLD UT: 10.4A7 Dead Balls PIRA: 1R40.30 Dead and Live Balls
OLD UT: 9.1A Center of Mass Board w/ UV Light PIRA: 1D40.10 Throw Objects
OLD UT: 34.1A Magnetic Field Demonstrator with Iron Filings PIRA: 5H15.10 Iron Filings around a Wire
OLD UT: 34.1B Magnetic Field Demo w/ Array of Compasses PIRA: 5H10.20 Oersted's Effect
OLD UT: 34.4A Force on Two Parallel Current Carrying Conductors PIRA: 5H40.10 Parallel Wires
Faraday's Law - demos for chap 31, Serway
OLD UT: 35.1A Magnetic Field Demonstrator with Iron Filings PIRA: 5K10.24 Number of Turns and Induced EMF
OLD UT: 35.3B Solenoid with Magnet and Galvanometer (part of Faraday cart) PIRA: 5K10.20 Induction Coil w/ Magnet, Galvanometer
OLD UT: 35.3D Lenz's Law Tube PIRA: 5K20.25 Magnets in Eddy Tubes
OLD UT: 35.3A1 Jumping Ring PIRA: 5K20.30 Jumping Ring
OLD UT: 36.2B Inductance Device w/ Primary and Secondary Coils PIRA: 5K10.40 Iron Core in Mutual Inductance
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4)A screen will appear showing the request that was sent to us ***If there is an error message, go back and make sure all infromation was filled in. If, after filling in all blanks, you still get an error message, contact Dr. Trappe at trappe@physics.utexas.edu, or just drop by.***