Classical conditioning is a type of learning that had a major influence on the school of thought in psychology known as behaviorism. Discovered by Russian physiologist Ivan Pavlov, classical conditioning is a learning process that occurs through associations between an environmental stimulus and a naturally occurring stimulus.
Classical conditioning involves placing a neutral signal before a naturally occurring reflex. In Pavlov's classic experiment with dogs, the neutral signal was the sound of a tone and the naturally occurring reflex was salivating in response to food. By associating the neutral stimulus with the environmental stimulus (food), the sound of the tone alone could produce the salivation response.
In order to understand how more about how classical conditioning works, it is important to become familiar with the basic principles of the process. Classical conditioning involves forming an association between two stimuli resulting in a learned response. There are three basic phases of this process.
The first part of the classical conditioning process requires a naturally occurring stimulus that will automatically elicit a response. Salivating in response to the smell of food is a good example of a naturally occurring stimulus.
During this phase of the processes, the unconditioned stimulus (UCS) results in an unconditioned response (UCR).
For example, presenting food (the UCS) naturally and automatically triggers a salivation response (the UCR).
At this point, there is also a neutral stimulus that produces no effect yet. It isn't until this neutral stimulus is paired with the UCS that it will come to evoke a response.
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The step would be acceptable because a person who is severely depressed cannot physically realize that life goes on. The chemicals in their brain don't process that there are other ways to feel better besides dying.
Most people that try to kill themselves don't actually want to die, as recent studies show, but feel like death is their only way out at that point. But death isn't the only way out, which is why interference is usually very helpful and of course life saving.
The chemical structure of adenine only allows it to form a hydrogen bond with thymine. While the structure of guanine allows it to form a hydrogen bond with cytosine. DNA Polymerase will then proofread a strand of DNA to ensure there is no mismatching bases.
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Explanation
The answer would be 2times4 and you would add the rest of the zeros so, = 80000000000000000000
If I am correct the answer is Driver... But i may be wrong...
