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Not much, but interestingly enough, the reverse has been used on aircraft carriers.

When the fighter is approaching the carrier to land, the carrier will be sailing forwards reasonably fast. The airflow over the deck of the carrier will descend sharply just behind the flight deck, and the fighter will be pressed down by this airflow - which could lead to the approach being too low.

The carrier can emit a series of high volume audio chirps at a few kilohertz, and this compression wave will alter the density of the air behind the carrier. This slight difference in air pressure can be detected by radar, thus the actual airflow may be seen. This info is then embedded in the data fed to the pilot as he approaches the landing zone.

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9y ago
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13y ago

Earphones have coils of copper wire inside them. When music plays through the headphone jack, the current flows through the coils of wire, and that (like a magnet) makes the headphone speaker cone move in and out which moves air. That moving air is the sound you hear.

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14y ago

Very very minutely, but essentially no. They could create compressions in the conductive medium and very slightly change the resistance, but essentially no.

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