Anything that vibrates will produce a sound.
The number of soundwaves, or any type of wave, is known as the frequency. You can use the V=Fλ equation to calculate the other properties of a wave (V = wavespeed, F = Frequency and λ = wave length). So really, if you change the frequency of a wave, you also change the wavespeed and the wavelength, as they are directly related by this equation.
No, soundwaves do not require a medium to travel through in a vacuum. In a medium like air or water, soundwaves propagate by creating compressions and rarefactions in the molecules of the medium, allowing the wave to be transmitted.
Yes
Heinrich Rudolf Hertz is the scientist credited with discovering soundwaves. Hertz showed that sound involves the propagation of waves through a medium and laid the foundation for the study of acoustics.
Yes, sound waves with very high frequencies can be able to drive the sound waves.
The number of soundwaves, or any type of wave, is known as the frequency. You can use the V=Fλ equation to calculate the other properties of a wave (V = wavespeed, F = Frequency and λ = wave length). So really, if you change the frequency of a wave, you also change the wavespeed and the wavelength, as they are directly related by this equation.
eardrum
No
Soundwaves - 1983 was released on: USA: 30 March 1983 (San Francisco, California)
No.
Soundwaves are typically invisible to the human eye as they are a type of mechanical wave that travels through a medium such as air or water. We perceive soundwaves through our sense of hearing when they cause vibrations in our eardrums, which are then processed by our brain as sound. Specialized equipment like oscilloscopes or spectrograms can be used to visualize soundwaves as waveforms or frequency patterns.
No, soundwaves do not require a medium to travel through in a vacuum. In a medium like air or water, soundwaves propagate by creating compressions and rarefactions in the molecules of the medium, allowing the wave to be transmitted.
The cast of Soundwaves - 1983 includes: Steven Kirk as Himself - Host Dennis Willis as Himself - Host
Yes
Ultrasound machines send high frequency soundwaves though your tissues and measure the time it takes for the beams to come back to the center. A microprocessor takes those measurements and creates a picture. Denser material within your body creates a "lighter" impression than less dense material.
?? soundwaves?
Talking and listening.