| DCS # | DEMONSTRATION | REFERENCE | ABSTRACT |
|---|
| 1F10.00 | Measuring Inertia | | |
| 1F10.10 | inertia balance | PIRA 1000 | |
| 1F10.10 | inertia balance | 1F10.10 | A torsion pendulum has cups that can be loaded with various masses. |
| 1F10.10 | inertia balance | Mz-2 | A light torsion pendulum can be loaded with various masses. |
| 1F10.10 | inertia balance | M-106 | Torsion pendulum as an inertia balance. |
| 1F10.11 | inertia balance - leaf spring | PIRA 1000 | |
| 1F10.11 | inertia balance | 8-2.7 | A horizontal leaf spring as an inertial balance. |
| 1F10.11 | inertia balance | Disc 08-24 | Place masses on a platform supported by horizontal leaf springs. |
| 1F10.12 | inertia oscillation | 8-2.5 | A puck between two springs rolling on Dylite beads is timed with several different masses. |
| 1F10.13 | inertial equal arm balance | AJP 29(6),vi | Publication of an unfinished demonstration, but up front about it. Shows circuit diagram for a indicator for a horizontal Roberval type balance on an acceleration cart. |
| 1F10.13 | inertia balance | TPT 11(5),312 | Measure the period of a commercially available (?) inertia balance by using a stroboscope. |
| 1F10.20 | inertia bongs | PIRA 1000 | |
| 1F10.20 | inertia bongs | 1F10.20 | Hit hanging 2"x4"x10" blocks of wood and steel with a hammer. |
| 1F10.20 | inertia bongs | TPT 12(1),30 | Two large cylinders are suspended, one wood (3Kg) and one iron (50Kg). Students compare displacements when struck by a hammer or just push the things around. |
| 1F10.25 | foam rocks | PIRA 1000 | |
| 1F10.25 | foam rocks | 1F10.25 | Hit a real rock (granite) then a foam rock (looks like granite) with a hammer. Throw a form rock at some students. |
| 1F10.25 | foam rock | Disc 02-14 | Hit a real rock and then a foam rock with a heavy mallet. |
| 1F10.30 | judging inertial mass | 8-2.6 | A blindfolded volunteer compares a mass on a string with a mass on a roller cart. |