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What else can I help you with?
How do tiger detect sound?
with its antenas....
What does vibration have do with sound?
That's what sound IS ... What we think of as sound are those vibrations that we can detect (with our ears).
Why can fish detect sound under water?
They have (inner) ears.
Does ears help in the production of sound in human?
They don't produce sound, they are used to detect it.
What is the function of the tympanic?
It is the ear drum.Hear: Heardrum An amphibians tympanic membrane serves as their "ears," and it can be used to detect sound vibrations.An amphibians tympanic membrane serves as their "ears," and it can be used to detect sound vibrations.
What are three ways to detect sound?
I could only find two...your ears and a microphone
What animals don't have ears and how do they perceive sound without them?
Some animals, like snakes and fish, do not have external ears. Instead, they can perceive sound through vibrations in their bodies or specialized organs that detect sound waves.
When a source of sound approaches you what do you detect an increase in?
When a source of sound approaches you, you detect an increase in the loudness or volume of the sound. This is due to the compression of sound waves as the source moves closer to you, causing the waves to reach your ears more frequently.
What sense organs that will receive and act of the message?
The answer will depend on what the stimulus is, and that information is missing. Your nose will not react to sound but your ears will. Conversely, your ears will not react to sound but your nose will.
Do flies have ears?
Yes, flies have ears, but they are not like human ears. Flies have tiny sensory organs called Johnston's organs located on their antennae, which help them detect sound and vibration in the air. These organs help flies detect potential threats and mates.
Is ears an organ?
The ear is an organ and its role is to detect sound. Read wikipedia 'ear' for more information.
What does sound usually travel through to reach your ears?
Sound usually travels through the air as vibrations. These vibrations cause particles in the air to compress and expand, creating pressure waves that travel to your ears. Your ears then detect these waves and convert them into signals that your brain interprets as sound.
