Answer:
Facial feedback hypothesis
Explanation:
The facial feedback hypothesis states that facial expressions and movement can influence emotions. This theory states that <u>our facial movements send messages to the brain and this creates a process of feedback in which our brain influences our emotions.</u>
For example, if I fake a smile for some time, my face muscles send this information to the brain and I will end up feeling happy and smiley.
In the question, Professor Petterson is actually teaching his class about how <u>facial expressions provide feedback to the brain which then causes emotions, this is actually what we just explained about the Facial Feedback hypothesis. </u>
As division of labor increases specialization increase as well
Knowledge of the history of social welfare policies and practices can help HR implement ethical policies, with the promotion of diversity.
<h3 /><h3>How important is HR today?</h3>
The human resources department is responsible for the recruitment, selection and management of human capital in an organization, which is an essential resource for the development of new knowledge and innovation in today's competitive market.
Therefore, the implementation of ethics and the promotion of diversity, will help to create a culture favorable to the development of staff capacities.
Find out more about Human Resources here:
brainly.com/question/25443563
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Answer:
c. The researcher tests several bells that sound very similar to the original bell, and the dog salivates.
Explanation:
Stimulus generalization in the most simplest of explanation is the tendency to respond to a stimulus that is only similar to the original conditioned stimulus with the conditioned response. In this instance, the dog salivates to another bell that sounds almost similar to the original bell. It is able to generalize and see that this bell is similar enough to some other bell that was also able to evoke a condition response. The dog is able to recognize the bell, which is different in frequency but same in note and tone and salivates. Dogs, like humans, hear sounds the same way that we do.
