Requested Demos for Wednesday, Apr9

Last read

Mon Dec 1 16:15

Painter 2.48
Painter 4.42

8 am

kleinman 303k : swinney
3A60.10 Driven Mechanical Resonance: Tacoma Narrow
3A60.30 Driven Mechanical Resonance: Barton's Pendula
3A60.50 Driven Mechanical Resonance: Resonance Reeds
3A60.55 Driven Mechanical Resonance: Torsion Pendulum (Leybold)
3A70.25 Coupled Oscillations: Spring Coupled Pendula
3A70.27 Coupled Oscillations: Spring Coupled Physicsal Pendula
3A70.10 Coupled Oscillations: Wilberforce Pendulum 		sai 309l :

9 am

swinney 302k : turner
3A10.13 Pendula: Adjustable Length Pendula
1R10.10 Hooke's Law: Stretching a Spring
3A10.10 Pendula: Simple Pendulum
3A10.13 Pendula: Adjustable Length Pendula
3A10.30 Pendula: Torsion Pendulum
3A20.10 Springs: Mass on a Spring 		antoniewicz 315 :

10 am

swinney 302k : turner
1R10.10 Hooke's Law: Stretching a Spring
3A10.10 Pendula: Simple Pendulum
3A10.13 Pendula: Adjustable Length Pendula
3A10.30 Pendula: Torsion Pendulum
3A20.10 Springs: Mass on a Spring 		markert 315 :

11 am

bohm 302k : turner 303l : klein
5G20.30 Magnet Domains and Magnetization: Magnetic Domain Model
5G50.50 Temperature and Magnetism: Meissner Effect

12 pm

chiu 303k : turner 303l : chiu
6A10.10 Reflection from Flat Surfaces: Blackboard Optics - Flat Mirror
6A20.10 Reflection from Curved Surfaces: Blackboard Optics - Curved/Convex Mirrors
6A44.40 Total Internal Reflection: Light Pipe/ Laser and Fiber Optics
6A60.10 Thin Lenses: Blackboard Optics - Thin Lenses

1 pm

hoffmann 303k : gentle
3A10.10 Pendula: Simple Pendulum
3A10.13 Pendula: Adjustable Length Pendula
3A20.10 Springs: Mass on a Spring 		sudarshan 303l :

2 pm

coker 341 : berk 303l :

3 pm

demkov 301 : fischler
2B20.40 Static Pressure: Pascal's Vases
2B30.15 Air Pressure: Crush a Soda Can
2B30.30 Atmospheric Pressure: Magdeberg Plates
2B30.50 Atmospheric Pressure: Lift A Stool 		shubeita 317 : florin
1R20.15 Tensile and Compressive Stress: Young's Modulus
1R30.20 Shear Stress: Shear Block
3A10.13 Pendula: Adjustable Length Pendula
3A10.30 Pendula: Torsion Pendulum

4 pm

demo office : unknown unknown :

5 pm

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6 pm

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7 pm

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8 pm

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9 pm

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