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From UO Physics Demonstration Catalog
Combined display of all available logs of UO Physics Demonstration Catalog. You can narrow down the view by selecting a log type, the username (case-sensitive), or the affected page (also case-sensitive).
(newest | oldest) View (newer 50 | older 50) (20 | 50 | 100 | 250 | 500)- 12:40, 6 April 2022 Physdemo talk contribs created page File:Position vs Time.mp4
- 12:40, 6 April 2022 Physdemo talk contribs uploaded File:Position vs Time.mp4
- 12:40, 6 April 2022 Physdemo talk contribs created page File:Position vs Time Slope.mp4
- 12:40, 6 April 2022 Physdemo talk contribs uploaded File:Position vs Time Slope.mp4
- 12:40, 6 April 2022 Physdemo talk contribs created page File:Newtons 2nd Law.mp4
- 12:40, 6 April 2022 Physdemo talk contribs uploaded File:Newtons 2nd Law.mp4
- 12:39, 6 April 2022 Physdemo talk contribs created page File:Linear and Rotational Kinetic Energy.mp4
- 12:39, 6 April 2022 Physdemo talk contribs uploaded File:Linear and Rotational Kinetic Energy.mp4
- 12:39, 6 April 2022 Physdemo talk contribs created page File:Kinematics Acceleration.mp4
- 12:39, 6 April 2022 Physdemo talk contribs uploaded File:Kinematics Acceleration.mp4
- 12:39, 6 April 2022 Physdemo talk contribs created page File:Instantaneous Velocity Tangent Line.mp4
- 12:39, 6 April 2022 Physdemo talk contribs uploaded File:Instantaneous Velocity Tangent Line.mp4
- 12:39, 6 April 2022 Physdemo talk contribs created page File:Impulse Change in Time.mp4
- 12:39, 6 April 2022 Physdemo talk contribs uploaded File:Impulse Change in Time.mp4
- 12:38, 6 April 2022 Physdemo talk contribs created page File:Impulse Bounce No Bounce.mp4
- 12:38, 6 April 2022 Physdemo talk contribs uploaded File:Impulse Bounce No Bounce.mp4
- 12:38, 6 April 2022 Physdemo talk contribs created page File:Impulse and Change in Momentum.mp4
- 12:38, 6 April 2022 Physdemo talk contribs uploaded File:Impulse and Change in Momentum.mp4
- 12:38, 6 April 2022 Physdemo talk contribs created page File:Hoop and Solid Disc Race.mp4
- 12:38, 6 April 2022 Physdemo talk contribs uploaded File:Hoop and Solid Disc Race.mp4
- 12:38, 6 April 2022 Physdemo talk contribs created page File:Free Fall.mp4
- 12:38, 6 April 2022 Physdemo talk contribs uploaded File:Free Fall.mp4
- 12:38, 6 April 2022 Physdemo talk contribs created page File:Free Fall Weightless.mp4
- 12:38, 6 April 2022 Physdemo talk contribs uploaded File:Free Fall Weightless.mp4
- 12:37, 6 April 2022 Physdemo talk contribs created page File:Distance vs Displacement.mp4
- 12:37, 6 April 2022 Physdemo talk contribs uploaded File:Distance vs Displacement.mp4
- 12:37, 6 April 2022 Physdemo talk contribs created page File:Conservation of Momentum-Inelastic.mp4
- 12:37, 6 April 2022 Physdemo talk contribs uploaded File:Conservation of Momentum-Inelastic.mp4
- 12:37, 6 April 2022 Physdemo talk contribs created page File:Conservation of Momentum-Elastic.mp4
- 12:37, 6 April 2022 Physdemo talk contribs uploaded File:Conservation of Momentum-Elastic.mp4
- 12:37, 6 April 2022 Physdemo talk contribs created page File:Conservation of Energy.mp4
- 12:37, 6 April 2022 Physdemo talk contribs uploaded File:Conservation of Energy.mp4
- 12:36, 6 April 2022 Physdemo talk contribs created page File:Circular Normal Force.mp4
- 12:36, 6 April 2022 Physdemo talk contribs uploaded File:Circular Normal Force.mp4
- 12:36, 6 April 2022 Physdemo talk contribs created page File:Book and Paper Drop.mp4
- 12:36, 6 April 2022 Physdemo talk contribs uploaded File:Book and Paper Drop.mp4
- 12:25, 6 April 2022 Physdemo talk contribs created page Conservation of Energy Video (Created page with "File:Conservation of Energy.mp4") Tag: Visual edit: Switched
- 12:22, 6 April 2022 Physdemo talk contribs created page Rolling Spool (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Rolling_Spool.gif}} When pulling string off of a spool, the direction of the spools travel depends on the angle that the string makes with the horizontal. '''Location: ''' * Spool: Shelf P-1")
- 12:22, 6 April 2022 Physdemo talk contribs created page Spinning Platform and Masses (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Spinning_Platform_and_Mass.gif}} Conservation of angular momentum. Hold two 2 kilo. masses in each hand while sitting on the spinning platform. Pull your hands in and the angular velocity increases. '''Location:''' * To the right of Shelf Q")
- 12:21, 6 April 2022 Physdemo talk contribs created page Gyroscope, Bicycle Wheel (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Gyroscope-Bicycle_Wheel.gif}} This bicycle wheel has been weighted. The wheel is hung from a rope while it is spinning and it precesses. Use the bicycle wheel and rotating platform to demonstrate conservation of angular momentum. Location: To the right of Shelf Q")
- 12:20, 6 April 2022 Physdemo talk contribs created page Rotating Candles (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Rotating_Candles.gif}} The candles are inside glass tubes. As the apparatus spins, the flame of the candles point towards the center of rotation where the density of the air has decreased. '''Location: ''' * Drawer 16")
- 12:20, 6 April 2022 Physdemo talk contribs created page Yo-Yo (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Yo-Yo.gif}} A yo-yo. '''Location:''' * Drawer 16")
- 12:20, 6 April 2022 Physdemo talk contribs created page Maxwell's Wheel (Big Yo Yo) (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Maxwells_Wheel.gif|file2=maxwellswheel.JPG}} Essentially a yo-yo with a slightly different configuration. Wind the strings up on the axle (with each turn to the inside of the previous) and let go. When it reaches the bottom it will climb nearly as high as its beginning point. Be sure that the strings are of equal length to ensure proper operation. Also check that they wind towards the center to keep the strings...")
- 12:19, 6 April 2022 Physdemo talk contribs created page Gyroscope, Air (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Gyroscope-Air.gif}} A heavy gyroscope which uses pressurized air for a nearly frictionless bearing. '''Location:''' *Sh. H-2")
- 12:18, 6 April 2022 Physdemo talk contribs created page Gyroscope (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Gyroscope.gif}} A variety of gyroscopes are available. '''Location:''' * Shelf B-1")
- 12:18, 6 April 2022 Physdemo talk contribs created page Inertia Wheel (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Inertia_Wheel.gif}} This is an aluminum disk with two diameters which is free to rotate. The moment on inertia remains constant but it is possible to exert two different torques with a single mass. Set this at the edge of a table, roll a string around one of the diameters and attach a mass. The rate of fall is significantly different for the two diameters. '''Location:''' * Sh. B-3")
- 12:17, 6 April 2022 Physdemo talk contribs created page Angular vs. Linear Momentum (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Angular_vs_Linear_Mo.gif}} A pin connects the large wheel to the shaft. With the pin removed, only the shaft turns as the assembly moves down the ramp. With the pin in place, the large wheel rotates with the shaft. This absorbs much of the energy of the system and causes the assembly to move down the ramp at a much slower rate. '''Location: ''' * Sh. B-2")
- 12:17, 6 April 2022 Physdemo talk contribs created page Water in the Bucket (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Water_In_The_Bucket.gif}} The classic spinning bucket with water in it. Ours is a clear bucket to allow observation of the water while spinning.< '''Location:''' * Sh. B-3")
- 12:15, 6 April 2022 Physdemo talk contribs created page Inertia "M" (Created page with "{{NewDemo|subject=Mechanics|topic=Rotational Dynamics|file1=Inertia_M.gif}} A wire is bent in the shape of an M. 100g masses, one silver one black, are placed on the ends of the wire. The center of the M is balanced on your head with one of the masses directly in front of your face. Rotate your body and you can look at the other mass. The M will not rotate with you because it has Rotational Inertia. '''Location:''' * M - Shelf B2 * Masses - Shelf A4")
- 12:14, 6 April 2022 Physdemo talk contribs created page File:Centripetal force 3 2.jpeg
