Inspire Compact Ripple Tanks (ADVANCED) - SA705I
The ripple tank is the most effective way for students to study waves. The Inspire Ripple Tank contains all the accessories needed to cover the full range of experiments, such as reflection, refraction, diffraction, and interference, with the accessories stored in a handy tray at the top of the unit. There are two models available: Economy and Advanced. With either model, users can change the frequency of both the dippers and the LED strobe lighting. The advanced model also offers a wide range of frequency and amplitude control, as well as a ‘Camera Mode’ to view images with the help of a camera. For stationary waves, the dipper and strobe frequencies can be synchronized or slightly offset to obtain moving waves.
Inspire Ripple Tank Camera Stand - SA730
A camera, mounted on a flexible stand, is designed for use with the Advanced Ripple Tank. This setup enables clear viewing of generated waves on a whiteboard or projector, providing a convenient way to observe wave patterns. For optimal performance, be sure to use the ‘Camera Mode’ on the Inspire Advanced Ripple Tank.
- Wave amplitude control
- Camera projection mode
- Expanded frequency range: 1-250Hz
- LED strobe control
- Standalone benchtop ripple tank
- Full range of accessories with built-in storage tray
- Digital display for frequency
Exp-1 Refraction using a rectangular refractor.
Exp-2 Refraction using a convex refractor.
Exp-3 Refraction using a concave refractor.
Exp-4 Diffraction of a plane wave at a single edge.
Exp-5 To study the relationship between frequency and wave length to calculate wave velocity.
Exp-6 Image formation by plane mirror.
Exp-7 Interference pattern for Young’s slits.
Exp-8 Lloyd’s mirror Interference pattern between waves from parent source produced by reflection.
Exp-9 Reflection of plane wavefront at a straight barrier.
Exp-10 Reflection of plane wavefront at a convex barrier.
Exp-11 Reflection of plane wavefront at a concave barrier.
Exp-12 Reflection of circular wavefront at a concave barrier.
Exp-13 Diffraction of a plane wave when the slit width is greater than the wavelength of the wave.
Exp-14 Diffraction of a plane wave when the slit width is less than the wavelength of the wave.
Exp-15 Interference using double point dipper.
- Refraction of Light Wave
- Optics and Behavior Wave
- Properties and Relationships
- Interference Patterns Image
- Formation Reflection of Wavefronts
| Code | Description | Qty. |
| CK677 | Inspire Compact Ripple Tank Base Unit | 1 |
| CD1093 | Tank for Water | 1 |
| CD691 | Barrier Spherical | 1 |
| C13606 | Double Convex | 1 |
| C13607 | Double Concave | 1 |
| C11717 | Triangular shape | 1 |
| C11718 | Rectangular lens | 1 |
| C11719 | Plain Convex lens shape | 1 |
| C11720 | Plain Concave lens shape | 1 |
| C11721 | Prism | 1 |
| C11722 | Barrier L Shape Big | 2 |
| C11723- | Small diffraction barrier | 1 |
| C11725 | Single point dipper | 1 |
| C11728 | Double point dipper | 1 |
| C11730 | Plane bar dipper | 1 |
| SB289 | Dropper | 1 |
| C12581 | Barrier L Shaped big with slot | 1 |
| C12582 | Barrier L Shaped | 1 |
| R12464 | Power Adaptor 12V, 2A , UK Plug | 1 |
| C15078 | Base A shaped | 1 |
| R11039 | Camera | 1 |
| C15079 | Holder for Camera | 1 |