| DCS # | DEMONSTRATION | REFERENCE | ABSTRACT |
|---|
| 1D10.00 | Displacement in Two Dimensions | | |
| 1D10.10 | ball in a tube | PIRA 1000 | |
| 1D10.10 | ball in a tube | 1D10.10 | Start with a ball on a string at the bottom of a vertical tube. Hold the string while moving the tube horizontally. |
| 1D10.10 | ball in a tube | Mb-3 | A ball on a string is placed in a tube and the tube displaced. The resultant is quite apparent. |
| 1D10.10 | ball in a tube | 6-4.12 | Ball on a string in a hydrometer jar. |
| 1D10.10 | ball in a tube | 6-4.8 | A ball on a string is placed in a clear tube and the string is displaced. |
| 1D10.10 | ball in a tube | M-73 | A bead is pulled vertically along a rod in a frame that is pulled horizontally. |
| 1D10.10 | ball in a tube | M-74 | A ball on a string is placed in a horizontal tube which is raised while holding the free end of the string on the table. |
| 1D10.10 | velocity vector addition | Disc 02-07 | The ball in a tube done horizontally on the table viewed from above with the camera. |
| 1D10.20 | cycloid generator | PIRA 1000 | |
| 1D10.20 | cycloid generator | 1D10.20 | A disc with a piece of chalk at the edge is rolled along the chalk tray. |
| 1D10.20 | cycloid generator | Mb-4 | A hoop with a piece of chalk fastened to the circumference is rolled along the chalk tray. |
| 1D10.20 | cycloid generator | Disc 05-13 | Large and small cylinders are joined coaxially. A spot on the larger cylinder moves in a cycloid when the smaller cylinder is rolled on its circumference. |
| 1D10.30 | inversor | Mb-5 | A mechanical device that transforms rotational motion into rectilinear motion. |
| 1D10.31 | rotation and relative translation | Mb-6 | A three pronged spider in a six slotted wheel. |
| 1D10.32 | rotation and translation | Mb-8 | Two blocks - one with slots and the other with pins. |
| 1D10.40 | mounted wheel | PIRA 1000 | |
| 1D10.40 | mounted wheel | 1D10.40 | A large disc marked with a radial line turns about its axis. |
| 1D10.50 | ball on the edge of a disc | PIRA 1000 | |
| 1D10.50 | ball on the edge of a disc | 1D10.50 | A ping pong ball is stuck on the edge of a vertical rotating disc. |
| 1D10.55 | circular motion on the OH | TPT 2(2),81 | A device to turn a clear plastic disc at variable speed on the overhead projector. |
| 1D10.55 | balls on a disc on the OH proj | 7-2.3 | A motorized acrylic disc with three holes for steel balls rotates on an overhead projector. |
| 1D10.60 | measuring angular velocity | M-4b | Use an electronic strobe to measure the angular velocity of a fan blade or other rotating objects. |
| 1D10.70 | disc on cart | 12-2.1 | A spinning disc mounted on a cart has a rectilinear pattern of dots. The center dot is stationary while the cart is stationary, a different dot appears stationary while moving the cart in a large circle, or while translating the cart along a track. |
| 1D10.71 | spots on a globe | 12-2.2 | An inclined globe with spots is spun, rotated in an orbit while not spinning, and both rotated and spun. The spots form parallel lines perpendicular to the various angular velocity vectors. |
| 1D10.72 | spots on a globe | 12-2.3 | A globe with random spots rests on rollers driven independently at variable speeds to show instantaneous center of rotation. |