Answer:
Elections affect the Supreme Court like this:
When a president is elected in the US, they are most likely to be of one political party or another. The president also appoints a Supreme Court Justice. If a president is considering appointing a judge, they will probably appoint someone who shares their views, so as to sway matters that get taken to the Supreme Court in their favor.
Explanation:
Example, because I'm not sure I explained correctly: If a president is more left-leaning, they can (and probably will) appoint a left-leaning judge, so that they will judge matters as they or their political party would judge them. Appointing a judge with whom you disagree with isn't a strategic idea, because the president's ideals may be very different from a right-leaning judge. t-leaning, they can (and probably will) appoint a left-leaning judge, so that they will judge matters as they or their political party would judge them. Appointing a judge with whom you disagree isn't a strategic idea, because the president's ideals may be very different from a right-leaning judge.
Answer:
B. there is economic growth.
Explanation:
The long-run aggregate supply curve is a a vertical curve that illustrate the way that the aggregate demand in an economy affects the total output of that economy, but only temporarily. Therefore the long-run aggregate supply curve shifts outward when there is economic growth within the economy in question. This can be seen from the graph below.
The answer is during a Trial
Answer:
Some theorists would speculate that this is because Ted has: <u>a broken limbic system</u>.
Explanation:
The limbic system is the set of interconnected structures that mediate emotions, learning and memory. Autism is a spectrum of disorders characterized by severe, permanent and profound developmental deficits that affect socialization, communication, imagination and behavior, among other things. According to research, there is presence of specific damage to the limbic system in patients with autism, particularly in the amygdala and hippocampus. The amygdala controls aggression and emotions. Many autistic individuals are aggressive towards themselves or others, or conversely, extremely passive. Also, autistic children and adults often seem to have no emotions. In addition, the amygdala responds to a variety of sensory stimuli, such as sounds, sights, and smells; as well as stimuli related to fear and emotions. We know that autistic individuals often have problems with each of these senses. The presence of densely packed neuronal bodies in the amygdala and hippocampus of people with autism probably interferes with the formation of brain networks and hinders communication between neurons in different areas. Damage appears to occur during the prenatal stage of development. This finding reinforces the theory that autism has an early prenatal origin, and probably genetic.
