A Pigeon has the lowest hearing Frequency at .1 Hz.
Solon Zboncak
A Pigeon has the lowest hearing Frequency at .1 Hz.
While dogs can hear high frequency sounds, BATS may hold the record. They use high frequency sound for navigation.actually there are 2. dolphins and miceBeluga Whaleand bats
The sounds animals can hear is based on the frequency that the certain animal can hear. For example, dog's can hear at much higher frequencies then humans can, so if a sound is made that is above our capability of hearing, we will not hear the sound, but the dog will.
The greater wax moth larva is able to hear sounds as quiet as 20 micropascals, which is lower than the lowest threshold of human hearing.
"The Lowest Animal" is a story told by Mark Twain. The incongruity in the story is that it cannot be determined which animal is the lowest.
A Pigeon has the lowest hearing Frequency at .1 Hz.
20 Hz.
The lowest frequency that the human ear can detect is that of 20Hertz.
The lowest frequency that humans can hear is generally around 20 Hz. This can vary from person to person due to age, genetics, and exposure to loud noises.
The lowest frequency that can typically be heard by humans is around 20 Hz. Below this frequency, sounds are typically felt as vibrations rather than heard.
The lowest frequency that a human can typically hear is around 20 Hz. Below this frequency, most people may not perceive the sound as a distinct pitch but rather as a sensation of pressure or vibration.
Jack Frost was said to hear low pitch animal noises from miles away so he is the "animal" that can hear the lowest pitch
20Hz
It varies with individuals of course, but 19-21 is very common
The lowest pitch a human can typically hear is around 20 Hz, although this can vary depending on factors such as age and hearing health. Below this frequency, the vibrations are felt as pressure rather than heard as sound.
The sensitivity of the human ear ranges from 20 Hz to 20 kHz. Under ideal conditions in a laboratory, humans have detected sounds as low as 12 Hz.
An observer at a railroad crossing hears the lowest frequency of a train's whistle when the train is approaching. As the train moves towards the observer, the sound waves are compressed, resulting in a higher perceived frequency.