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All sound waves are longitudinal (compression/rarefaction) waves.
Some people are allergic to the dye material, so it cannot be used. For these people, focused sound waves, called ultrasound, can be used to see where the stones are located.
They are both used to demonstrate the split screen experiment showing the partial wave duality of matter. They are both examples of vertical or off axis waves; light in electric field, and magnetism. And waves in a vertical motion. There are always sound waves that travel in water or air, but they are called compression waves because it is due to a differential of density moving through the material medium.
Ex-rays are and are used in doctors offices and airports! and sometimes to see how big your feet are! ;)
Well, the two things -pitch and -frequency are the same dimensionally [1/Time] , units 1/s=Hz but one will the the usage of word 'pitch' more often when one deals with 'sound' waves and for all other kind of waves 'frequency' is used in general. pitch for sound waves ('longitudinal' waves) corresponds very nearly to the repetition rate of sound waves.
what machine can be used to measure sound waves
sound is used through sound waves wich are all around us in the air.
Laser Sound Waves are used in modern painless surgeries.
an oscilloscope is used to measure sound waves
Everything you listen to is because of sound waves reaching the ears.
You use sound waves to communicate.
Portable ultrasounds are mostly used by engineers. They are used to see the structural integrity of concrete or steel by sending sound waves into the material and listening to the changes in the waves as they bounce back.
Sound waves are used as ultra sound for medical investigations, Sonar waves for underwater investigations and depths..
An osciloppe measures oscillations. Oscillations are vibrations. And vibrations are sound waves.
Because when it reflects off of the rarefaction, it tightens causing sound waves to burst.
Because when it reflects off of the rarefaction, it tightens causing sound waves to burst.
All sound waves are longitudinal (compression/rarefaction) waves.