Resonance & Whirling Tubes
Resonance and whirling tubes demonstrate frequency and sound wave behaviour through interactive experiments.Built for classroom use, they provide clear acoustic demonstrations.Australian educators depend on reliable resonance equipment for dynamic STEM lessons.
Whirling Sound Pipe for Sound Resonance Experiments
- Whirling sound pipe for physics and sound demonstrations
- Demonstrates resonance as listed
- Can also be used to demonstrate fluid dynamics
- Produces up to 5 possible frequencies as listed
- Approximate length listed as 73 cm
- Pipe diameter listed as 32 mm
- Weight listed as about 45 g per piece
- Made from PE as listed
- Lightweight design for classroom demonstrations
- Useful for sound, vibration and air-flow studies
- Keep clear of people and objects while whirling
- Use under appropriate laboratory or educational supervision
AUD 11.50 (Ex GST)
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Resonance & Whirling Tubes are physics teaching apparatus used to demonstrate sound production, airflow, resonance, pitch change, and air column behaviour. The listed Resonance Whirling Tube is a five tone sound and airflow demonstration type, making it useful for classroom activities where students need a simple, audible way to connect motion, air movement, and sound.
When the tube is whirled, air moves through the tube and produces audible tones. As the motion changes, students can hear changes in pitch, helping them understand how airflow and resonance affect sound. This makes the apparatus useful for introducing frequency, wavelength, standing waves, harmonics, and pitch in a practical classroom setting. OpenStax explains that standing waves can form in air columns, and tube resonance depends on the behaviour of the air column inside the tube.
The five tone design is especially useful for demonstrations because it gives students a clear sound change rather than only a theoretical explanation. Teachers can use the whirling tube to support lessons on sound waves, vibration, resonance, harmonics, and the relationship between frequency and perceived pitch. NIST identifies hertz as the SI unit used for frequency, which supports the measurement language used in sound and wave teaching.
This apparatus is suitable for supervised physics demonstrations, school science practicals, and teaching laboratories where a simple acoustic demonstration tool is required. Users should operate it in a clear area, follow classroom safety procedures, and avoid use near people, glassware, or fragile equipment while the tube is being whirled.
For LabChoice Australia customers, Resonance & Whirling Tubes provide a practical classroom option for teaching sound, airflow, resonance, pitch change, and standing wave concepts through a clear hands-on demonstration.