because your eyes are also senses so you cant detect some sound.
When blindfolded, you rely more on your sense of hearing to orient yourself and interpret the environment. Your brain may prioritize processing auditory information, making it easier to detect sounds. Additionally, visual cues that could help locate and identify sound sources are removed, making it more challenging to accurately detect and interpret sounds.
A subliminal message is presented below the threshold of conscious awareness, making it difficult for the recipient to detect or process it consciously. These messages are often used in advertising, media, and psychology to influence attitudes or behaviors without the person being aware of it.
The point at which a person can detect a stimulus 50% of the time it is presented is known as the absolute threshold. This threshold represents the minimum intensity of a stimulus needed to detect it half of the time. It is often used in psychology to study perception and sensory processing.
It is physically difficult to laugh without smiling, as smiling is often a part of the laughter reflex. However, some people may be able to produce a laughing sound without a visible smile in certain situations.
The perception of sound depends on the vibrations of sound waves traveling through the air or another medium, which are detected by our ears and converted into electrical signals that our brain interprets as sound. Additionally, factors such as sound frequency, intensity, and duration can also influence how we perceive sound.
Weber's law is relevant to an understanding of how people perceive changes in stimuli, such as light, sound, or weight. It states that the just-noticeable difference between two stimuli is proportional to the magnitude of the stimuli, rather than their absolute value. This law helps explain why we may not notice small changes in a stimulus but can easily detect larger changes.
Human hearing, when it is normal, can allow a blindfolded person to detect the general direction a sound is coming from. The brain can detect the slight time difference between when the sound is detected by one ear and when that sound is detected by the other ear. It should also be noted that at lower sound frequency, human hearing is less able to accurately detect the direction of a sound. That's why a single subwoofer speaker can be used in a sound system while pairs of speakers are the norm for recreating stereo or 3D sound.
Yes, if both of your ears are free, then you should be able to detect the direction from which a sound is coming. Your brain detects direction of sound by the minute difference in volume of sound and the slight delay in sound reaching one ear if your head is turned away from the sound source. ; - If one of your ears were fully plugged, you would not be able to detect the direction of the sound without turning your head. If the sound is more or less continuous, however, you would turn your head and by the differences in volume, determine the sound source. ; - By the way, if the sound source is moving, you should also be able to detect the direction it is moving the the rising or falling pitch of the sound. To test this out, stand by a railway crossing when a train is approaching while blowing it's whistle. The pitch of the whistle will change as the train approaches and again as it retreats from your position. Does the pitch rise or fall as the train approaches? ; - This Is The Hypothesis But, You Can Use It As An Abstract ;
yes, vision dosnt matter
While this may sound difficult, you can save money if you can locate the leak for the plumber.
Normally, we detect sound by listening with our ears. As sound is waves, there are instruments that can detect and show the waves on a screen.
It's hard to break a pinata because you're blindfolded.
A faint sound is quiet or barely audible, often requiring careful listening to detect. It may be soft and subtle, making it difficult to hear clearly or distinguish from surrounding noise.
That's what sound IS ... What we think of as sound are those vibrations that we can detect (with our ears).
Most likely, unless, of course, if they are also deaf and/or have something in their ears.
By using an Oscilloscope
with its antenas....
Sound