Yes, most insects can hear. Insects use sounds to communicate with other insects, and to navigate their environment. Some even listen to the sounds of predators in order to avoid being eaten. Sound is produced by vibration, and insects hear by collecting and interpreting the vibrations in their environment. There are four types of insect auditory organs.
Most hearing insects have a pair of tympanal organs. Think of a tympani, the large drum used in the percussion section of an orchestra. Like the tympani, the tympanal organ consists of a membrane stretched on a frame, over an air-filled cavity. When the percussionist hammers on the membrane of the tympani, it vibrates and produces a sound. The insect's tympanal organ vibrates as it catches sound waves in the air. The insect also has a special receptor called the chordotonal organ, which senses this vibration of the tympanal organ, and translates the sound into a nerve impulse. Insects that use tympanal organs to hear include grasshoppers and crickets, cicadas, and some butterflies and moths.
For many insects, a receptor on the antennae called the Johnston's organ collects auditory information. Sensory cells on the pedicel, which is the second segment from the base of the antennae, detect vibration of the segment(s) above. Mosquitoes and fruit flies hear using the Johnston's organ.
The larvae of Lepidoptera and Orthoptera use small hairs, called setae, to gather the vibrations of sound. Caterpillars often respond to such sounds by exhibiting defensive behaviors. Some will stop moving completely, while others may contract their muscles and rear up in a fighting posture.
A structure in the mouths of certain hawkmoths enables them to hear ultrasonic sounds, such as those produced by echolocating bats. The labral pilifer, a tiny hair-like organ, is believed to sense vibrations at specific frequencies. Scientists note a distinctive movement of the insect's tongue when they subject the captive hawkmoths to those sounds. In flight, the hawkmoths can avoid a pursuing bat by listening for these frequencies.
(from insects.about.com)
i think it make the sound of buzz
Bees make a buzzing sound by rapidly moving their wings to generate lift and propulsion for flight. The frequency and intensity of the buzzing can vary depending on the species of bee, their size, and the purpose of their activity (e.g., foraging, communicating).
they make the same sound as normal bees just lower
Ok they make the buzzing sound because of their wings just like humming beards but beese don't make mutch sound. The bee would need to be amplifyed to be heard or just in your ear
Bees do not make a traditional "sound" like birds or mammals. They communicate through a variety of vibrations and movements, such as buzzing, wing flapping, and dancing. The most commonly recognized sound associated with bees is the buzzing noise created by their rapid wing movements while flying.
i think it make the sound of buzz
that would be the wings, like all flying insects that make a buzzing sound.
buzzing
cranch
Bees make a buzzing sound by rapidly moving their wings to generate lift and propulsion for flight. The frequency and intensity of the buzzing can vary depending on the species of bee, their size, and the purpose of their activity (e.g., foraging, communicating).
When you blow into a trumbone you have to use your lips to make the sound.
Because their wings move so fast that it creates a buzzing noise
it doesn't make a sound if it did it would be like a buzzing sound.
They seem to make a buzzing sound, which is why aeroplanes are said to sometimes "buzz the airfield".
A buzzing sound can be made by rubbing your two fingers together. You must do this while your fingers are close to someone else's ear.
The rapid beating of the bee's wings makes a buzzing sound.
It makes a sort of a buzzing rasp sound.