<span>A child says, "Kitty walk," and the parent answers, "Yes, the kitty is walking." this is an example of expanding.
</span>Expanding in terms of talking to the child<span> , will help the child to </span>expand<span> vocabulary, to develop background knowledge, and inspire a curiosity about the world.</span>
Answer:
Play stage
Explanation:
George Mead was a sociologist and a psychologist who develop a theory on how the mind and psyche develop by the interaction with other people.
Mead believed that the self develops through a three-stage role-taking process. These three stages are:
- preparatory stage
- play stage,
- game stage.
In the preparatory stage (usually from the moment we are born until we are 2 years old) children <u>mimic</u> what they see happening around them.
In the play stage (age 2-6), children play but they don't adhere to the rules, they make their own rules for the different games they play, this means they create rules as they play. One other characteristic of this stage is that they play representing specific people (by example, by playing to be the mom they are actually representing their mom)
In the game stage (from 7 years), children start adhering to the rules. They can also play role games but the role they play is more general (if they play as if they were a mom, they are not representing their actual mom but the concept of "being a mom" they should have by now).
In this example, Brian is <u>4 years old and likes to put on his cape when he's watching Superman and pretend to be saving the world.</u> First of all, we notice that, <em>because of his age, he should be in the play stage</em>.
But also, by pretending to be saving the world just as Superman would do we can see that<u> the role playing he is representing refers to ONE individual in particular (in this case Superman). </u>Thus he is in the play stage.
The consuls, as they ran the government and headed the army. They could also veto each other, to keep and support one another.
Answer:Using structural magnetic resonance imaging, investigators have reported that with regard to visual inspection of anteromedial temporal lobe atrophy, the sensitivity is 83% to 85% and the specificity is 96% to 98% in distinguishing clinically diagnosed Alzheimer's disease cases from controls.
Btw you didn't describe the question very well
