| DCS # | DEMONSTRATION | REFERENCE | ABSTRACT |
|---|
| 1R40.00 | Coefficient of Restitution | | |
| 1R40.10 | bouncing balls | PIRA 500 | |
| 1R40.10 | bouncing balls | 1R40.10 | Drop balls of different material on a tool steel plate. |
| 1R40.10 | bouncing balls | Mw-3 | Balls of various materials are bounced off plates of various materials. |
| 1R40.10 | bouncing ball | 9-1.5 | Loss of mechanical energy in the coefficient of restitution. |
| 1R40.10 | bouncing balls | M-69 | Drop balls on a glass plate. |
| 1R40.10 | coefficient of restitution | Disc 05-04 | Drop glass, steel, rubber, brass, and lead balls onto a steel plate. |
| 1R40.11 | bouncing balls | TPT 15(7),420 | An eight inch or larger reflecting telescope mirror blank provides a concave surface for bouncing balls. |
| 1R40.11 | coefficient of restitution | 9-5.5 | Drop a small ball bearing on a concave lens. |
| 1R40.12 | coefficient of restitution | M-19j.1 | Rubber balls of differing elasticity and silly putty are dropped in a tube onto a steel surface. |
| 1R40.13 | coef. of restitution in baseballs | AJP 58(2),151 | Analysis leading to a prediction of up to 15 foot difference in long fly balls due to variation in coefficient of restitution. |
| 1R40.30 | dead and live balls | PIRA 200 | Drop bounce and no-bounce balls. |
| 1R40.30 | dead and live balls | 1R40.30 | Drop bounce and no-bounce balls. |
| 1R40.30 | dead and live balls | | Drop a black super ball and a ball rolled from apiezon wax. |
| 1R40.31 | dead ball | 9-5.4 | A non-bounce ball: fill a hollow sphere with iron filings or tungsten powder. |