There are a number of possibilities. There are those that say the only difference is in what the experience feels like. However, many people find such an explanation unsatisfactory. They want an explanation, which appeals to something more tangible then the abstract notion of what our experiences feel like.
Many ideas have been dismissed such as one sense uses eyes and the other ears. The most plausible suggestion is that seeing is different to hearing because our method of seeing is dedicated to something different to our method of hearing.
For example when you see your senses are dedicated to colour, motion and perspective, whereas your ears are dedicated to sensing pitch and volume. Therefore, the difference is a result of what your senses are dedicated to sensing. They specifically pick things out for your experience.
Seeing is the perception of light waves through the eyes, allowing us to interpret and understand our surroundings visually. Hearing, on the other hand, is the perception of sound waves through the ears, allowing us to interpret and understand auditory information and communication. Both senses play key roles in how we experience and interact with the world around us.
Hearing thunder after seeing lightning because sound travels slower than light. Delay between seeing a distant firework explode and hearing the sound it makes. Hearing an echo in a large empty room due to sound waves taking time to bounce off surfaces and return to the listener.
The time difference between seeing lightning and hearing thunder is due to the difference in the speed of light and sound. Since sound travels at 330 meters per second, if you hear thunder 3 seconds after seeing lightning, the storm is approximately 990 meters away.
We are referring to phenomenal consciousness - the subjective experience of being aware. This type of consciousness involves the first-person perspective of experiencing sensations like seeing or hearing.
Hearing is the ability to perceive sounds through the ears, while sight is the ability to perceive visual stimuli through the eyes. Both hearing and sight are senses that allow individuals to interact with their environment in different ways.
The threshold of hearing refers to the quietest sound that can be detected by the human ear, typically around 0 decibels. The absolute threshold of hearing, on the other hand, is the lowest intensity at which a sound is perceived 50% of the time--it may include factors like frequency and duration.
I know that this is ment to be an awnser but i really need som help! What is the difference between Dolphin hearing and Human hearing??
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What is the difference between legal and educational definitions for hearing and visual impaired.
The time difference is due to the differences in the speed of light and sound. Light travels near 300,000,000 meters/second where sound travels 343 meters/second. Light travels almost one million times faster than sound therefore it reaches you first.
A public hearing is a formal part of government.
Hearing aids can be quite beneficial in these circumstances. Yet, because both devices work to improve hearing, it can be difficult to tell the difference between a hearing amplifier and a hearing aid. weβll go into more detail about the differences between the two devices and offer suggestions to make your decision easier.To discover more about the world of hearing aids, letβs get started.
A fraction of a second
Seeing and hearing are important but not necessary to live a full life. Seeing and hearing gives you the ability to drive a car, ride a bike, work a job, and watch your kids grow up.
The delay between seeing lightning and hearing thunder is due to the difference in speed between light and sound. Light travels much faster than sound, so we see the lightning first and then hear the thunder a few seconds later, allowing us to estimate the distance of the storm.
A warthog has trouble seeing and also hearing!
seeing ferries can get you transported across bodies of water; seeing fairies can get you transported to an asylum.
The difference in the speed of sound and the speed of light. Light travels much faster than sound, so you will see it, and then hear it. The further away, the greater the time difference.