Demo used for 8A-spring/Marjorie Shapiro/2016

Provides the Demo List.
UCB IndexTitlesort ascendingDate
A+70+0 X,Y,Z-coordinate system with vector arrows.2016-01-27
A+70+0 X,Y,Z-coordinate system with vector arrows.2016-01-29
A+14+0 Weight on a vertical spring with markers on stand.2016-02-08
A+50+5 Water projector: Adjustable angle water jet in front of grid.2016-01-29
C+25+40 Water in vertical standpipe with holes at different heights.2016-04-13
A+70+5 Vector arrows of various sizes and colors fit in wooden bases.2016-02-03
A+70+5 Vector arrows of various sizes and colors fit in wooden bases.2016-02-05
A+35+2 Two people in rolling chairs pushing and pulling2016-03-07
B+25+0 Transverse wave model, hand-cranked.2016-04-01
B+10+2 Torsion pendulum with removable weights.2016-03-30
A+0+5 Timed free fall: Ball drops 2 meters through electronic timing gate.2016-01-24
A+0+5 Timed free fall: Ball drops 2 meters through electronic timing gate.2016-01-27
A+15+0 The Cavendish experiment: Model and actual apparatus to show.2016-02-26
B+25+20 Suspended slinky on threads for compression wave.2016-04-01
A+30+60 Spinning Bicycle Wheel Stays Upright.2016-03-14
B+65+0 Sonalert swung on the end of a string.2016-04-08
B+10+1 Simple pendulum: Ball on a string.2016-03-30
B+10+1 Simple pendulum: Ball on a string.2016-02-22
C+15+03 Set of metal rods: Heat-sensitive paint changes color.2016-04-18
B+25+10 Rubber rope stretched across front of room.2016-04-01
A+30+10 Rotational inertia device: Sliding weights on rotating rod.2016-03-14
A+30+15 Rotating chair with dumbbells or weighted bicycle wheel.2016-03-18
B+50+10 Rope and strobe: Transverse standing waves, motor driven.2016-04-04
E+25+5 Ripple tank with plane or spherical water waves and barriers.2016-04-08
B+10+10 Physical pendulum: Steel bar with two pivot points.2016-03-30
C+22+15 Operating Sterling cycle engine, hot water powered.2016-04-29
C+55+10 Mechanical model of a gas: Vibrating balls strike piston on OHP.2016-04-20
B+10+0 Mass on a spring.2016-03-30
B+10+0 Mass on a spring.2016-04-01
B+10+0 Mass on a spring.2016-02-22
A+0+45 Loop the loop: Sphere, hoop, disk rolled down a looped track.2016-03-16
A+60+30 Irregular shapes to determine center of mass using plumb bob.2016-03-04
C+30+53 Interconnected tube with immiscible liquids.2016-04-11
C+30+52 Interconnected set of glass vases of different shapes.2016-04-11
A+60+10 Forces on crane boom measured with transducer.2016-03-28
A+14+10 Force table: Forces on a car on an adjustable inclined plane.2016-02-03
A+14+10 Force table: Forces on a car on an adjustable inclined plane.2016-02-05
A+14+10 Force table: Forces on a car on an adjustable inclined plane.2016-02-08
A+60+5 Force on hinged beam measured with transducer.2016-03-28
C+22+0 Engine models: Steam, 4-cycle Otto.2016-04-29
A+35+10 Elastic collisions: Five hanging balls and two unequal hanging balls.2016-03-09
A+50+0 Dropped and shot balls hit bench simultaneously.2016-01-29
A+55+10 Cycloid disk draws path on chalkboard.2016-03-16
A+12+0 Blocks, with various surfaces slide on an inclined plane.2016-02-10
B+35+20 Beats with tuning forks on tuned cavities.2016-04-08
A+35+17 Ballistic pendulum: Suspended .22 rifle fires into suspended block.2016-03-09
C+40+0 Ball race: Five different balls heated and placed on paraffin sheet.2016-04-19
C+40+0 Ball race: Five different balls heated and placed on paraffin sheet.2016-04-18
C+40+0 Ball race: Five different balls heated and placed on paraffin sheet.2016-04-20
A+0+10 Atwood machine: Unbalanced weights on a pulley accelerate slowly.2016-02-05
C+30+20 Archimedes' principle: Fish submerged in water on balance beam.2016-04-11
C+30+25 Archimedes' principle: Aluminum and brass cylinders.2016-04-13
B+65+15 Applet: Doppler Effect2016-04-08
A+0+35 A ball swung on a string held by a sleeve.2016-02-12
A+0+0"Coin and Feather" fall in an evacuated rotatable tube.2016-01-24
A+0+0"Coin and Feather" fall in an evacuated rotatable tube.2016-01-27
Provides the Special Request Demo List.
UCB IndexTitlesort ascendingDate
-meter stick, set of weights, scale and a timer2016-01-20
-I'd like to have a couple of the students do a tug-of-war to talk about tension in ropes. Is there a long rope that I could use for this? Thanks Marjorie2016-02-08
-I'd also like the long pointer and the plastic rod with the ball at the end that I used on Friday. Thanks2016-03-14
-Hope these are OK given the lack of a rotating stage. If the Timed free fall is a pain to setup, We could do the version where the tube is pre-evaculated.2016-01-27
-2 large blocks2016-02-03