Perhaps someone screaming into your ear.
A stimulus can be internal or external. An example of an internal stimulus is feeling hunger or feeling the need to urinate. An example of an external stimulus is hearing a loud noise or touching a hot object.A response is what you to voluntarily or involuntarily in response. Your response to hunger is to eat. Your response to touching a hot object is to jerk you hand away reflexively.
A Stimuli is something in your environment that triggers an action. The most commonly known example is Pavlov and his dog Experiment, in which the stimuli was the scientist entering the room where the dogs were located. The stimuli triggered the dogs to drool, as they knew they were going to be fed.
sense organ
This surgical procedure is called a cochleostomy. It involves creating an opening in the cochlea, the fluid-filled part of the inner ear, to allow for the insertion of a cochlear implant. This procedure is typically done to help restore hearing in individuals with severe hearing loss or deafness.
Researchers are studying ways to regenerate cochlear hair cells to potentially restore hearing loss in individuals. This involves exploring techniques such as gene therapy, stem cell therapy, and drug treatments to stimulate the growth of new hair cells in the inner ear. These approaches aim to repair damage and improve hearing function in those with hearing loss.
Stimulus generalization occurs when a response is triggered by stimuli that are similar to the original conditioned stimulus, while response generalization involves the production of different responses to the same stimulus. For example, if a dog learns to sit when hearing a bell, it may also sit when hearing a similar sound (stimulus generalization). In contrast, if the dog learns to sit and then also learns to lie down in response to the same bell, that would be an example of response generalization. Essentially, stimulus generalization is about the stimuli that evoke a response, while response generalization is about the variety of responses elicited by the same stimulus.
A stimulus can be internal or external. An example of an internal stimulus is feeling hunger or feeling the need to urinate. An example of an external stimulus is hearing a loud noise or touching a hot object.A response is what you to voluntarily or involuntarily in response. Your response to hunger is to eat. Your response to touching a hot object is to jerk you hand away reflexively.
Yes, hearing a loud noise is considered a stimulus. In the context of psychology and biology, a stimulus is any external event or change that can elicit a response from an organism. A loud noise can trigger various reactions, such as startle responses or changes in behavior, making it a clear example of a stimulus in action.
You will get a conditioned response. Since i know that this topic can be complicated i'll try and make it a little easier to understand. An unconditioned stimulus is one that occurs naturally without any kind of training. As an example, look at the innate fears that we have due to evolution. Certain animals, bitter tastes elicit a response (such as running away or spitting out the bitter food). This is the unconditioned response. Another example is the eye blink response. When a puff of air hits your eye, you automatically blink. Now say for example when the puff of air hits your eye, a bell rings (a conditioned stimulus) and you blink. After this connection between the puff of air, the bell and eye blink has been learned, the bell ringing itself will cause you to blink in absence of the air puff. This is the conditioned response as naturally, hearing a bell ring, does not make you blink.
There are five main senses that people experience: sight, smell, taste, touch, and hearing. Each sense is associated with different physical stimuli. For example, the sense of sight is associated with light waves, the sense of smell is associated with volatile molecules, the sense of taste is associated with dissolved molecules, the sense of touch is associated with pressure or temperature changes, and the sense of hearing is associated with sound waves. The relationship between a physical stimulus and the resulting sensory response is that the physical stimulus is converted into a neural signal by the sense organ, and then this neural signal is interpreted by the brain to produce the sensory response. The specific response depends on which sense is involved and what the physical stimulus is.
sound
The response to sound is called hearing. It involves the perception of sound waves through the ear and the interpretation of those signals by the brain.
Non, a hearing test involves EARS not eyes.
The method you are referring to is called "Conditioned Play Audiometry." It is a hearing screening test typically used with young children, where a child responds to a sound stimulus by performing a simple play task, such as placing a block in a bucket. This method helps audiologists assess a child's hearing abilities based on their behavioral responses.
The purpose of conditioned response is to establish an automatic reaction to a specific stimulus through repeated pairing of that stimulus with another one that naturally elicits the desired response. This helps organisms adapt and respond quickly to certain environmental cues or triggers.
Classical Conditioning is what Pavlov did in his very famous work with dogs. Pavlov trained his 'subjects' to salivate upon hearing a ringing bell. He took a physiological response (salivating) and "conditioned" it to the ringing of the bell. You can see how easy this would be. Every time he gave his [hungry] subject some food, he rang a bell. Eventually, just ringing the bell was enough to bring about the salivating response. This is distinct from Operant Conditioning, where you can shape behaviors (not physiological responses) by conditioning them to various rewards or punishments. This is basically the kind of process that any animal trainer will use.
Mechanoreceptors are the type of sensory receptor used to detect a stimulus in the special sense of hearing. These receptors respond to mechanical stimuli such as vibrations in the environment that are produced by sound waves.