The auditory canal allows sound to get to the eardrum.
A drum played on Earth produces sound through vibrations in the air, which travel as sound waves. In outer space, where there is a near vacuum and no air to transmit those vibrations, the sound of the drum would not be heard at all. The drum's impact and vibration would still occur, but without a medium like air, the sound waves cannot propagate, making it silent in the vastness of space.
A drum played on Earth produces sound through vibrations that travel through air, creating pressure waves that our ears can detect. In outer space, however, there is a vacuum with no air, so sound waves cannot propagate; thus, a drum would be silent. The absence of an atmosphere means that even if the drum were struck, no sound would be heard. Therefore, the experience of drumming in space would be entirely devoid of auditory feedback.
Both the eardrum and a musical drum vibrate when struck, producing sound. The eardrum converts sound waves into vibrations that are transmitted to the inner ear, where they are interpreted as sound. Similarly, a musical drum produces sound when its surface is struck, causing vibrations that create sound waves.
The frequency of all electrical waves is measured in cycles per second or Hertz, sound waves or audio is the lower range of the spectrum from one Hz to about ten Kilo Hz where the frequency is to high for human or animal hearing that is where radio waves or radio frequency start up to many Giga Hz where the different light frequencies start like white light, infra red, ultra violet and X-ray ETC.
ear drum
When a drum is struck, the impact creates vibrations in the drum head and shell. These vibrations travel through the air inside the drum, creating sound waves that we hear. The shape and material of the drum can affect the way the sound waves travel and the tone of the sound produced.
Drum sound waves travel through different mediums by vibrating the air molecules around them. When the drum is struck, it creates vibrations that travel through the air as sound waves. These waves can also travel through other mediums, such as water or solids, by causing the molecules in those mediums to vibrate as well. This allows the sound to be heard even if the drum is not in direct contact with the listener.
Sound is created on a drum when the drumhead is struck with a drumstick or hand, causing the drumhead to vibrate. These vibrations travel through the air as sound waves, which we hear as the sound of the drum.
i would be beacuse you can not go through the ear drum
Sound energy is carried away from a drum through the vibration of the drumhead, which creates compressional waves in the air. These waves travel as sound waves to reach our ears, where they are converted into nerve impulses that our brain interprets as sound.
A drum produces sound when it is struck, causing the drumhead to vibrate. These vibrations create sound waves that travel through the air and reach our ears, allowing us to hear the sound of the drum.
Sound waves enter through the ear canal, where they travel to the ear drum. The ear drum vibrates in response to the sound waves, transmitting the vibrations to the inner ear where they are converted into electrical signals that the brain can interpret as sound.
The vibrations (sound) of a beaten drum are sound waves. The frequency, of the produced sound waves, is what determines the pitch of the drum.
Sound Waves are collected by the out ear and channeldeed along the Ear canal to the ear drum,
Most likely gravity believe it or not, the sound waves travel differently :)
Yes. Some sound frequencies travel further than others.
A drum produces sound energy when it is struck, causing the drumhead to vibrate. This vibration creates sound waves that travel through the air as acoustic energy.