Answer:
The correct answer for: What fMRI-measured brain activity would be expected in a subject witnessing a high-content argument? is: A. The frontal lobes in high-motivation, high-knowledge people are more active than the temporal lobes in low-motivation, low-content people.
Explanation:
First of all, this is a very difficult question because the answers are focused on the excitement of the subjects. When fMRIbrain activity is measured in a subject witnessing high-content arguments the frontal lobe will activate in high motivation high knowledge people. While the temporal lobe will activate in low motivation, low content people. So the frontal lobes will show more activity because they are going to be stimulated while the temporal lobe won't, making the stimulation a determining factor of the level of activity in the brain.
Answer:
D all of the above.
Explanation:
A good manager got to be a manager because they are a very well organized person, and can keep other people organized to what need to in order to suit the needs of the business.
Answer:
Problem-focused coping
Explanation:
According to studies conducted by psychologist Richard S. Lazarus, it can be said that he would consider what Kate is doing as Problem-focused coping. This term refers to an action or behavior undergone by an individual aimed at fixing a stressful situation or changing the source that is causing the event to become stressful. Which is basically what Kate is trying to accomplish by studying with her friends and seeing the professor after class to better understand the frustrating concepts that she did not understand in class.
Answer:
Explanation:
What environmental condition contributed to the heat wave experienced in Europe and the thousands of deaths in France?
A. polluted water
B. sewage
C. air pollution
D. a and b
Answer is C. Air pollution
Due to air pollution, greenhouse gases are trapped in the atmosphere which trap heat energy or solar radiations that are supposed to reflect out of the earths atmosphere, thus resulting in an increased environmental temperature.