$ 1,823.12
Details:
The large wave form helix easily demonstrates wave phenomena., With this demonstration, students can conceptualize the behavior of pulses, traveling waves, and standing waves., 04_Bodytext: with tangling woes also an issue, the featured stand provides easy deployment, retrieval, and storage., 05_Bodytext: size of slinky spring (without stand) is 75mm (±2mm) diameter. Coil close length is 110mm (±5mm)., 02_Bulletpoint: students research behavior of pulses, traveling waves, and standing waves | stand makes for easy storage | for demonstrating wave phenomena, large wave form helix with stand, cat. No.: 470148-678, Final sap desc link: 18963525, sap description status: ready, the large wave form helix easily demonstrates wave phenomena., With this demonstration, students can conceptualize the behavior of pulses, traveling waves, and standing waves., 04_Bodytext: with tangling woes also an issue, the featured stand provides easy deployment, retrieval, and storage., 05_Bodytext: size of slinky spring (without stand) is 75mm (±2mm) diameter. Coil close length is 110mm (±5mm)., 02_Bulletpoint: students research behavior of pulses, traveling waves, and standing waves | stand makes for easy storage | for demonstrating wave phenomena, large wave form helix, no stand, cat. No.: 470148-992, Final sap desc link: 18963525, sap description status: ready, the large wave form helix easily demonstrates wave phenomena., With this demonstration, students can conceptualize the behavior of pulses, traveling waves, and standing waves., 04_Bodytext: with tangling woes also an issue, the featured stand provides easy deployment, retrieval, and storage., 05_Bodytext: size of slinky spring (without stand) is 75mm (±2mm) diameter. Coil close length is 110mm (±5mm)., 02_Bulletpoint: students research behavior of pulses, traveling waves, and standing waves | stand makes for easy storage | for demonstrating wave phenomena, final sap desc link: 18963525, sap description status: ready
