Generation Of Sound Waves Manufacturer,Supplier and Exporter in India
Product Code : EL-TLT-13044
Quick Answer: Generation Of Sound Waves is a physics experiment that shows how sound is produced by oscillations, using three examples: an oscillating ruler, a tuning fork and the string of a monochord.
Last updated: October 2026
Key Features
- Sounds are generated by oscillations
- Sound volume depends on the relative amplitude
- Sound pitch depends on frequency
- Three examples: oscillating ruler, tuning fork and string of a monochord
- Tasks: generate sounds with a ruler, tuning fork or taut string, and examine what pitch and volume depend on
Technical Specifications
| Specification | Value |
|---|---|
| Principle | Sounds are generated by oscillations |
| Sound volume | Depends on the relative amplitude |
| Sound pitch | Depends on frequency |
| Examples used | Oscillating ruler, tuning fork, string of a monochord |
About This Product
A vibrating object pushes on the air around it and sends out a sound wave. The loudness of the sound depends on the amplitude of the oscillation, and the pitch depends on its frequency. In this experiment students make a ruler, a tuning fork and a monochord string vibrate, listen to the sounds and vary the vibration to see how volume and pitch change. A related experiment, Propagation Of Sound In Solid Bodies, follows the sound after it is produced. The Generation Of Sound Waves can be supplied for export orders from Grenada, Honduras, Brazil, Indonesia and Seychelles.
Frequently Asked Questions
Q1. What does Generation Of Sound Waves demonstrate?
It shows that sounds are generated by oscillations, that sound volume depends on the relative amplitude and that sound pitch depends on frequency.
Q2. Which examples does the experiment use?
It uses an oscillating ruler, a tuning fork and the string of a monochord.
Related: Testing Lab Trainers, Propagation Of Sound In Solid Bodies, Rigidity Tester.
For a quotation on the Generation Of Sound Waves, contact School Lab Equipment India.