Answer:
Dispositional/Internal attribution.
Situational/external attribution.
Explanation:
In psychology, the term attribution refers to the explanation that we give of behaviors.
There are two essential types of attributions:
- Dispositional attribution (also called internal attribution) refers to the fact that we infer that an event or a person's behavior has to do with personal factors such as traits, abilities, or feelings, thus in a dispositional attribution we think that the performance had to do with the person's abilities and not with environmental situations.
- Situational attribution (also called external attribution) refers to the the tendency to assign the cause of a behavior to outside forces rather than internal characteristics of the individual. Thus, in this attribution we think that the performance had to do with environmental situations and not with the person's abilities
In this example, the student turns in a late assignment for her class. The instructor thinks "the student is a lazy bum", thus <u>he is making an explanation that has to do with the student characteristics.</u> Thus, this is an example of Dispositional/internal attribution.
Another day, when the teacher received a late assignment, he thinks "maybe there is a family issue going on". Now <u>she thinks that the behavior might have to do with environmental situations (family issues)</u>. Thus, this is an example of a Situational/external attribution
<span>Primarily, Nicolaus
Copernicus formulated the model of the universe that it was the sun, placed at
the center of the universe, rather than the Earth. It is widely accepted nowadays because of the
reason that modern scientific discoveries proved that the Earth and other
planets revolved around the Sun. Though
the Sun is not the center of the universe, but it is the center of the solar
system.</span>
<span>Before Copernicus introduced
this model, people in the past long believed and accepted the model that the
Earth was the center of all so it was hard for the people to immediately accept
his model.</span>
<span>It is a term most often used for clastic sedimentary rocks that are composed of large angular fragments.</span>
