Answer:
People refer to marijuana as the great social experiment because not only does it help people but it tents to make people more social or more closed off
Explanation:
B . Femur
is youre answer to this question <3 :)
Answer: the study of the behavior that manifests itself and the focus on the importance of unobservable mental processes.
Explanation:
The founder and top precursor of behaviorism was John B. Watson, who founded the Behavioral Psychological School. He sought with his behavioral theory to study the behavior and from this process explain how learning occurs. Watson saw psychology as a process of prediction and behavior control. Behaviorism is therefore based on science since it can be measurable, observable and quantifiable.
In his theory, Watson highlights what Stimulus-Response is. The stimulus can be defined as an object whose purpose is to trigger behavior or reaction, while the response is the result or reaction that is obtained after exposure to the object. While it is true that certain responses to stimuli are expected, this does not mean that the desired ones will always be obtained, but in turn, this theory tests the reactions that occur to exposures to certain stimuli.
One of the most famous examples in behaviorism is the experiment of salivation with the dog, conducted by Ivan Pavlov. This experiment gives rise to what classical conditioning is and forms a fundamental part of the sources that place behaviorism as objective science. Watson and Pavlov, within their behavioral theories, sought to go beyond introspective processes, seeking to understand behavior by measuring it through observable behaviors and events.
When an answer occurs, it is not due to just one stimulus, but there may be several. Behaviorism does not reject that there may be background stimuli at the time the present stimulus causes a certain reaction, but its focus is on environmental events.
Answer:
The Aplysia withdrawing it's gills is demonstrating a gill and siphon withdrawal reflex (GSWR) phenomenon
Explanation:
The hill and siphon withdrawal reflex (GSWR) is involuntary and a defensive reflex. This reflex causes delicate siphon and gill to be retracted when an animal is disturbed.
A two-component reflex is triggered when weak or moderate stimulus is applied to a siphon or the mantle shelf. These two components consist of two reflex acts, the siphon-withdrawal reflex and the gill-withdrawal reflex. Together they often form a reflex pattern with short latency that protects the animals gill and siphon to potentially threatening stimuli.
An habituation in an Aplysia californica for example is which is an Aplysia gills is when a stimulus is presented continously to an animal and there is a progressive decrease in response to that particular stimulus.