The stimulus is the sudden loud sound, while the response is the action of jumping. This reaction is known as the startle response, which is a primitive survival instinct triggered by unexpected loud noises.
Yes, thunder is caused by the rapid expansion and contraction of air in response to a lightning strike. This sudden movement of air creates a sound wave that we hear as thunder. The vibrations from thunder can sometimes be strong enough to be felt on the ground.
The sound is caused by gas bubbles rapidly escaping from the soda as the can is opened. The sudden release of pressure inside the can creates vibrations in the air, resulting in the "pssst" sound.
When you open a can of vacuum-packed peanuts, the sudden release of pressure inside the can causes the surrounding air to rush in rapidly. This rapid influx of air creates the 'whoosh' sound that you hear as the can is opened.
Before you hear sound, tiny hair cells in your inner ear vibrate in response to the incoming sound waves. These vibrations are then converted into electrical signals that are sent to your brain for processing, allowing you to perceive and interpret sound.
Yes, a sonic boom is heard when an object travels faster than the speed of sound, creating a shock wave that produces a sudden, loud sound.
sound
stimulus
Babies cry when they hear a cow moo because it is a loud and unfamiliar sound that can startle them. The sudden noise can be overwhelming for their sensitive ears, causing them to cry in response.
The loudness of a sound depends on the intensity of the sound stimulus. A dynamite explosion is loader than that of a cap pistol because of the greater amount of air molecules the dynamite is capable of displacing. After the sound stimulus reaches our ears, it vibrates the eardrum and converts this into sound.
Classical Conditioning -- That sound is the sound that you hear when you urinate, so your mind has paired that sound with the act of urinating... so when you you hear the sound your mind associates it with the action and thus your budy begins to experience the sensation.
Yes, thunder is caused by the rapid expansion and contraction of air in response to a lightning strike. This sudden movement of air creates a sound wave that we hear as thunder. The vibrations from thunder can sometimes be strong enough to be felt on the ground.
steer away from the sound signals and slow to a crawl
The sound is caused by gas bubbles rapidly escaping from the soda as the can is opened. The sudden release of pressure inside the can creates vibrations in the air, resulting in the "pssst" sound.
The activation gates of voltage-gated Na+ channels open, and Na+ diffuses into the cytoplasm.
Well first, in order for one to begin this difficult process, one must begin making sound or motion (or other form of communicative stimuli) in order for the recipient to see, hear, or sense. After the recipient of the information, gesture, question, or statement has received the stimulus, the recipient can respond accordingly, thus completing the communicative circuit. The response is often of the same nature of the original stimulus.
When you open a can of vacuum-packed peanuts, the sudden release of pressure inside the can causes the surrounding air to rush in rapidly. This rapid influx of air creates the 'whoosh' sound that you hear as the can is opened.
Before you hear sound, tiny hair cells in your inner ear vibrate in response to the incoming sound waves. These vibrations are then converted into electrical signals that are sent to your brain for processing, allowing you to perceive and interpret sound.