Answer:
reaction formation
Explanation:
Reaction formation: In psychology, the term reaction formation is a kind of defense mechanism which was developed by one of the famous psychologists named Sigmund Freud.
Reaction formation is defined as the phenomenon in which an individual thinks that his or her honest desires or feelings related to social situations are legally unacceptable and therefore he or she tries to convince oneself as well as the other person that the opposite is true and exaggeratedly deliver this.
In the question above, reaction formation is the defense mechanism that is being illustrated in the given statement.
At the time of World War I, the US Army was small compared with the mobilized armies of the European powers. As late as 1914, the Regular Army had under 100,000 men, while the National Guard (the organized militias of the states) numbered around 115,000. The National Defense Act of 1916 authorized the growth of the Army to 165,000 and the National Guard to 450,000 by 1921, but by 1917 the Army had only expanded to around 121,000, with the National Guard numbering 181,000.
I'm pretty sure the correct answer is C. Hope i wasn't to late.
Answer:
a) Stress hormones increase glucose activity, which then fuels brain activity.
Explanation:
Ten years before, Leslie went through an emotional trauma when she was stuck in an elevator for more than three hours.
But now after ten years, she still vividly remembers the incident and still can feel the trauma she went through ten years ago.
One of the main reason for Leslie's long-lasting robust memory of the event is that she tries to recall the incident, then she is able to experience the emotional trauma that she went through and this make the stress hormones to increase in her body. The stress hormones which was released increases the glucose activities in the body which activates her brain activity for which she can remember and can even feel the experience the trauma ten years later also.
Thus the correct answer is
a) Stress hormones increase glucose activity, which then fuels brain activity.
