D1.1.1.5 Determining the Volume of Irregular Solid Bodies - Overflow Method Klinger Educational Leybold Physics
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Determining the Volume of Irregular Solid Bodies - Overflow Method
Determining the volume of irregular solid bodies by means of the overflow method. The volume of an irregular solid body can be determined with the aid of a full overflow vessel and a measuring cylinder. The volume of water that has been displaced and has run into the measuring cylinder corresponds to the volume of the body entirely immersed into the water
COMPONENTS OF EQUIPMENT SETS
| 1 | 683 10 | Weight, 0.1 kg |
| 1 | 683 11 | Weight, 0.2 kg |
| 1 | 315 38 | Weight, 0.5 kg |
| 1 | 362 04 | Overflow vessel |
| 1 | 590 08 | Measuring cylinder 100 ml |
| 1 | 300 02 | Stand base, V-shaped, small |
| 1 | 666 609 | Stand tube, 45 cm, Ø 10 mm |
| 1 | 666 607 | Stand tube, 400 mm, 13 mm diam. |
| 1 | 666 615 | Universal bosshead |
| 1 | 301 08 | Clamp with hook |
| 1 | 604 211 | Measuring beaker, PP, 1000 ml |
| 1 | 309 42 | Colouring, red, 10 g |
| 1 | 309 48 | Fishing line |
INSTRUCTIONS FOR USE PLEASE CLICK HERE
Materials and equipment for teaching Physics labs, advanced science experiment apparatus, Leybold
