Transverse Wave
★Exhibit Content: Principle of transverse wave motion ★Interaction: Mechanical interaction ★Operation: Turn the handwheel and observe the transmission characteristics of transverse waves. ★Exhibit Description: The exhibit consists of a display stand, a protective cover, and a transverse wave demonstration interactive mechanism. It is a recommended exhibit from KexMall. Visitors drive the mechanical device by turning the handwheel, and the particles on the device sequentially form a wave-like motion trajectory, intuitively simulating the propagation process of transverse waves, clearly presenting the forms of wave crests and troughs, and helping to understand the transmission characteristics of transverse waves and the concept of wavelength. ★Scientific Principle: When vibration propagates in a medium, there are two forms. One is called P-wave, also known as longitudinal wave. The characteristic of this wave is that when propagating in a medium, the propagation direction of the wave is consistent with the vibration direction of the particles; the other is called S-wave, also known as transverse wave. The characteristic of this wave is that when propagating in a medium, the propagation direction of the wave is perpendicular to the vibration direction of the particles. In a transverse wave, the raised parts are wave crests, and the depressed parts are wave troughs. Wavelength usually refers to the distance between two adjacent wave crests or troughs. Electromagnetic waves and light waves are both transverse waves. Solids have shear elasticity, so transverse waves can propagate in solids, while longitudinal waves can propagate in solids, liquids, and gases.
Options
- 1.6×0.7×1.2 1.6×0.7×1.2Dimensions (unit: m): 1.6×0.7×1.2 Brand: KexMall Model: PopsciCat-Wave-004 1. Materials: ① Display stand: frame 30 square tube, enclosure 2.0mm cold-rolled sheet, surface baked paint ② Tabletop: Kelesi artificial stone, thickness ≥10mm ③ Protective cover: aluminum alloy frame + transparent acrylic; ④ Support frame: 304 stainless steel; ⑤ Base outer panel: 1.2mm steel sheet baked paint. 2. Main configuration: ① Transverse wave demonstration mechanical device 1 set (including handwheel, transmission mechanism, particle components); ② Transparent protective cover 1 set; ③ Display stand and base 1 set; ④ Graphic description sign 1 set. 3. Installation requirements: ① Energy requirement: None; ② Installation foundation: Direct placement; ③ Entry passage: Door frame size (width×height) ≥1.0m×2.0m, continuous turning interval in passage ≥1.8m; ④ Maintenance access: None
★Exhibit Content: Principle of transverse wave motion ★Interaction: Mechanical interaction ★Operation: Turn the handwheel and observe the transmission characteristics of transverse waves. ★Exhibit Description: The exhibit consists of a display stand, a protective cover, and a transverse wave demonstration interactive mechanism. It is a recommended exhibit from KexMall. Visitors drive the mechanical device by turning the handwheel, and the particles on the device sequentially form a wave-like motion trajectory, intuitively simulating the propagation process of transverse waves, clearly presenting the forms of wave crests and troughs, and helping to understand the transmission characteristics of transverse waves and the concept of wavelength. ★Scientific Principle: When vibration propagates in a medium, there are two forms. One is called P-wave, also known as longitudinal wave. The characteristic of this wave is that when propagating in a medium, the propagation direction of the wave is consistent with the vibration direction of the particles; the other is called S-wave, also known as transverse wave. The characteristic of this wave is that when propagating in a medium, the propagation direction of the wave is perpendicular to the vibration direction of the particles. In a transverse wave, the raised parts are wave crests, and the depressed parts are wave troughs. Wavelength usually refers to the distance between two adjacent wave crests or troughs. Electromagnetic waves and light waves are both transverse waves. Solids have shear elasticity, so transverse waves can propagate in solids, while longitudinal waves can propagate in solids, liquids, and gases.
Review
Principle Display: ★★★★ Interaction Effect: ★★★★ Ease of Installation: ★★★★★ Durability: ★★★★ Overall Rating: ★★★★