water moving They can hear water moving. Since frogs have holes for ears, they probably just sense vibrations, like snakes. a rabbit andwhat ever is in there
In the ghetto, you might hear a mix of sounds that reflect the vibrant community life, including music from nearby homes or street performers, the chatter of neighbors, and the laughter of children playing. You may also hear the sounds of traffic, sirens, and the occasional shouting during heated exchanges. Additionally, local businesses may contribute to the auditory landscape with sounds of vendors calling out and the clatter of street markets. Overall, it's a tapestry of urban life filled with both lively and challenging elements.
King Arthur Stories
You would hear less sounds than we do. No modern sounds. People talking or yelling, battle sounds, animal sounds, horses, wagons, sounds of nature. It was fairly quite compared to our world. Here is a thought there was also no modern light sources. The night was completely dark. In our world there are only one or two spots left in the world that are completely dark. So, the world had no lights beyond candels, fireplaces, or torches and no modern type sound.
they listen to the kind you can hear. lol you can hear all kinds of music i think
Do You Hear What I Hear was written in October 1962 as a plea for peace amid the Cuban Missile Crisis. Please see the related link for more information:
they hear noises
Frogs can hear low-frequency sounds like those produced by other frogs or aquatic animals while they are underwater. They have a specialized hearing system that allows them to detect these sounds and communicate with others of their kind even when submerged.
They will simply hear what is around them. Sound, which is vibrations, can travel in water, air and through anything apart from a vacuum.Whilst underwater, frogs hear sound waves that have been emitted by other frogs and ambient noises also. Frogs use internal ears to process sound signals as well as their lungs, although the sensitivity of the lungs is not as high as that of the ear structure.They can hear fish, insects, animals and other frogs that are in the water. They hear using their big round ears called tympanum. Frogs can hear under water through the vibration that travels through the water, but they cannot hear sounds that are short and of high frequency.
tympanic Membranes that act as ears
Sounds, which are nothing more than vibrations, can actually be heard better and further underwater than in air. So I would think frog's ears would be useful both underwater and sitting on land, to detect noise/vibrations of predators and to detect mates.
Higher pitched sounds are typically easier to hear underwater compared to lower pitched sounds. The reason for this is that water is a denser medium than air, which results in faster attenuation of lower frequency sounds and better transmission of higher frequency sounds.
because air is thiner and water has monicules
they can here higher sound than a human
On average, a person can hear sounds underwater up to a distance of about 60 meters (200 feet). This distance may vary depending on water conditions, such as temperature, pressure, and clarity.
The soundwaves caused by sounds made underwater, disrupts the water molecules causing them to vibrate. These vibrations hit our ear drum and is processed into our brain as sounds, but since the vibrations in water are slower then vibrations in air the sounds sound more obsure then if it were not in water.
Yes, you can hear a motorboat underwater. Sound travels more efficiently in water than in air, allowing underwater sounds to be transmitted over greater distances. The noise produced by the motor and the vibrations from the boat can be detected by the human ear when submerged, making it possible to hear the motorboat even from a distance.
Humans hear through sound waves traveling through air, water is denser than air making it more difficult for sound waves to travel efficiently. This causes sounds to become muffled and distorted underwater, making it harder for humans to hear clearly. Additionally, the ears are not optimized for hearing underwater as they are designed to work in air.