Answer: Functionalist perspective
Hope that helps! Have a good day :)
Both moral reasoning and moral reflection yield conclusions about what should or should not done; these conclusions are called moral judgements
Our ability to make decisions based on logic or on intuition both play a role in judgment. To evaluate situations, actions, people, behavior, etc., one makes moral judgments, which are judgments with a moral underpinning.
According to some, moral judgments are frequently founded on intuition or feeling, which is typically connected to the emotions. This theory of moral judgment holds that conscious thought has no bearing on the moral conclusion.
Moral judgments, according to intuitionists, are often connected to emotions and are based on intuition or feeling. Numerous sources of evidence are cited by intuitionists to bolster their viewpoint.
As an illustration, moral judgments frequently involve moral reasoning that occurs "after the fact." As a result, we frequently make moral decisions hastily and based solely on our initial impressions.
Learn more about moral judgments here
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Answer:
Voting rights for African Americans
Explanation:
The march was conducted in 1965, when protesters conducted a protest walk from Selma, Alabama to Montgomery. The purpose of the march is to protest racial injustice in united states and demanded the government to allow the african Americans to exercise their right to be involved in the democracy. (at that time they were already allowed to vote, but the government still created some barriers that prevent them to do it)
This march lead to the creation of the voting rights act 1965, which designed specifically to address those voting barriers.
Answer:
Surfactant increases airflow. It has this effect on airflow because it reduces resistance to lung inflation. Airflow increased as predicted.
Explanation:
Pulmonary surfactant is a complex mixture of lipids and proteins secreted by the Type II alveolar cells. The major component of surfactant, dipalmitoyl-phosphatidylcholine (DPPC), is an amphiphatic phospholipid. The main function of the pulmonary surfactant is to reduce the surface tension at the air/liquid interface in the lungs by forming lining layer between the aqueous airway liquid and the inspired air. prevents alveolar and airway collapse at end-expiration and thus allows cyclic ventilation of the lungs. It decreases surface tension in the alveoli making it easier for the alveoli to increase surface area for gas exchange. By lowering alveolar surface tension, pulmonary surfactant provides two important benefits:
(1) it increases pulmonary compliance, reducing the work of inflating the lungs; and
(2) it reduces the lungs’ tendency to recoil, so they do not collapse as readily.
