$ 1,939.42
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
