Answer:
The answer is D. Stimulus generalization.
Explanation:
In classic conditioning theory, stimulus generalization is the concept used to describe the process in which the conditioned response prsents itself with other stimulus that are similar to the conditioned stimulus. This concept was first used in the study called Little Albert experiment.
In this case, Diana's conditioned response was fear, and it appeared after she was conditioned to fear the nighbor's budgie bird, the bird was the conditioned stimulus. However, she also began to fear other types of birds, in fact she is afraid of all birds. Her conditioned response extended to other similar stimulus.
This is an example of "exosystem".
The exosystem includes natural components that impact a kid's development, despite the fact that that kid isn't straightforwardly involved with them. The exosystem is a part of Urie Bronfenbrenner's ecological frameworks hypothesis. Urie Bronfenbrenner is an eminent developmental psychologist who presented the ecological frameworks hypothesis.
Answer:
D) groupthink.
Explanation:
Group meetings are important for issues of a sensitive nature or for which individual decision-making is considered to be abbitrary to be discussed. In a meeting there is a democratic process, in which different points of view on the subject can be approached until an idea is taken in a consensual manner. This kind of situation is called groupthink.
Answer:
Politely and according to the rules of the store
Explanation:
First and foremost, I wi have set of rules in my store, particularly anything that has to do with clothing. Such as before you leave my store, you must have inspect the clothing and assertion it has in good condition before purchase ,so if you want to return the clothing it has to be in condition as you bought it otherwise you pay for an damage. I have to make my customers understand this, and with this I will be able to inform them of my refusal if any happens because there way a laid down agreement before purchase.
All matter is made of tiny particles called atoms, molecules and ions. These tiny particles are always in motion – either bumping into each other or vibrating back and forth. It is the motion of particles that creates a form of energy called heat<span> (or</span>thermal<span>) energy that is present in all matter.
Hope this helps</span>