Passage Commentary From The Sound Of Waves

In the excerpt from "The sound of the wave", Yukio Mishima uses a descriptive vocabulary and image to describe a disturbed island during the storm and helps the reader imagine the events in the environment and the environment. Because of the author 's words, readers will feel discreet and sarcastic excitement and expectation created by this verse. This simple and descriptive passage from "The Sound of the Wave" creates a completely enhanced experience and is familiar with the background and atmosphere of that passage.

What is a sound wave A sound wave is generated by a mechanical vibration like a tuning fork. Vibrating objects also vibrate surrounding media such as air. Like your ears, waves travel through the medium to detectors. I can hear you. Like other types of waves, sound waves are also described as wavelength, amplitude, period, frequency. WAVELENGTH is the distance from one point of the wave to the next, or the length of a part of the wave. - A person suddenly receives an electronic signal from the device when a person puts an earphone on his ear and presses the phone or mp3. When a signal flows through the copper wire that connects the equipment and the earphone, vibrations enter the ear canal from the earplug. Then, the vibration is transmitted to the brain through the auditory system, and it is transformed into what people call music. These signals and vibrations are called acoustic waves.

Like other sounds, music reaches the ears in the form of sound waves. The outer ear collects the sound waves, and the ear canal pours them into the eardrum. When the wave strikes the eardrum, it vibrates. Vibration is transmitted along the chain of small bones of the middle ear until it reaches the third bone connected to the cochlea. The cochlea is a busy little world. It is full of liquid and is surrounded by small hair cells or cilia of approximately 10,000 to 15,000. Tibial vibration causes fluid waves to pass through the spiral cochlea. Fluid waves cause oscillating movement of hair cells. These cells then release chemical neurotransmitters that activate the auditory nerve and send cerebellar currents to the auditory cortex of cerebral palsy.