| DCS # | DEMONSTRATION | REFERENCE | ABSTRACT |
|---|
| 2C10.00 | Flow Rate | | |
| 2C10.10 | velocity of efflux | PIRA 500 | |
| 2C10.10 | velocity of efflux | 2C10.10 | A tall tube of water has holes top, middle, and bottom. Compare the range of the water streams. |
| 2C10.10 | velocity of efflux | TPT 1(3),126 | One page analysis and some teaching hints. |
| 2C10.10 | velocity of efflux | Fk-2 | Small holes are drilled top, bottom, and middle of a cylinder of water. |
| 2C10.10 | velocity of efflux | M-314 | A tall reservoir of water with holes at different heights. |
| 2C10.10 | velocity of efflux | M-20b.2 | A bottle has horizontal outlets at three heights. |
| 2C10.10 | Toricelli's tank | Disc 13-15 | Water streams from holes at different heights in a vertical glass tube. |
| 2C10.11 | Toricelli's tank | M-313 | Determine the velocity of efflux by the parabolic trajectory method or attach a manometer to the various openings. Holes of different size at the same height show independence of diameter. |
| 2C10.12 | Mariotte's flask | 16-2.1 | A flask with three holes drilled in the side at different heights is filled with water and closed with a stopper fitted with an open glass tube. The flow from the holes changes as the tube is moved up and down. |
| 2C10.20 | uniform pressure drop | PIRA 500 | |
| 2C10.20 | pressure drop along a line | Fj-7 | Open tubes along a drain pipe show pressure drop along a line. |
| 2C10.20 | viscosity | M-58 | A series of small holes in a long 3/4" water pipe shows pressure drop due to friction. Do the same thing with 3/8" gas pipe. |
| 2C10.20 | uniform pressure drop | Disc 13-12 | Water flows in a horizontal glass tube with three pressure indicating standpipes fitted with wood floats. |
| 2C10.22 | viscosity | M-59 | Run a water pipe around the lecture hall with pressure gauges at the top and bottom of each side. Show the difference between static and kinetic pressure. |
| 2C10.26 | syringe water velocity | PIRA 1000 | |
| 2C10.26 | syringe water velocity | Disc 13-11 | Squirt water out of a syringe. The water moves faster through the constriction. |