DCS # | DEMONSTRATION | REFERENCE | ABSTRACT |
4E20.00 | Constant Temperature | | |
4E20.10 | square inch syringe | PIRA 500 | |
4E20.10 | Boyle's law syringe | AJP 29(10),706 | A glass syringe is mounted vertically with a weight holder attached to the plunger. |
4E20.10 | gas law with hypodermic syringe | Hg-1 | A hypodermic syringe mounted vertically shows PV relations. |
4E20.11 | Boyle's law | 27-2.1 | Stack weights on a piston and read the volume off a scale. Picture. |
4E20.12 | square inch syringe | 4E20.12 | |
4E20.15 | syringe and pressure gauge | PIRA 1000 | |
4E20.15 | pressure vs. volume | Disc 16-01 | A pressure gauge is mounted on a glass syringe. |
4E20.20 | Boyle's law apparatus | PIRA 500 | |
4E20.20 | Boyle's law apparatus | 4E20.20 | A mercury barometer attached with a heavy walled tube to an adjustable glass tube. |
4E20.20 | Boyle's law apparatus | M-319 | A flexible tube of mercury is used to apply pressure to a chamber of air. From Am.Jour.Sci. 32,329,1911. |
4E20.21 | Boyle's law | 27-2.3 | A large Boyle's law apparatus. Diagram and construction hints. |
4E20.22 | Boyle's law apparatus | 27-2.6 | A curved tube with air trapped in the shorter closed end by mercury is tipped to change the pressure from the mercury column. |
4E20.25 | Boyle's law apparatus | 27-2.4 | A projection Boyle's law apparatus is shown. Includes a projection pressure meter. |
4E20.26 | Boyle's law apparatus | 27-2.5 | A projection Boyle's law apparatus using a mercury plug in a capillary as an indicator. |
4E20.30 | Boyle's law with tap pressure | PIRA 1000 | |
4E20.30 | Boyle's law with tap pressure | AJP 44(5),493 | Eliminate mercury with this tap water pressure apparatus. |
4E20.31 | Boyle's law | 27-2.2 | "Lab-gas" units are a convenient source of low-pressure gas for Boyle's law demonstrations. |
4E20.40 | balloon in a vacuum | PIRA 1000 | |
4E20.40 | balloon in a vacuum | 4E20.40 | Place a partially filled balloon in a bell jar and evacuate. Also try a fresh marshmallow. |
4E20.50 | Boyle's law - air track model | AJP 40(9),1342 | An air track cart represents a one-molecule gas. The frequency of the collisions with the ends increases if the track is made shorter. |