Answer:
Competency-based education is a system where the student is assessed according to his or her skills within a subject and is not assessed with the mastery of concepts, as in traditional education. This type of education can help Shawna to learn and acquire skills because it allows her to show the areas that she has the most competence and can focus on them, with a specific pace for her, where she can identify which areas she has more ability to learn and in how much time.
It is important for Shawna to understand how she learns best, because this way she optimizes her study time, avoiding elements that she has no affinity with and that hinder her knowledge.
Explanation:
Competency-based education is a very different and innovative educational system. Unlike the conventional educational system, competency-based education allows a specific and comfortable study pace for each student to be adopted, where he / she will have the opportunity to identify the areas of study that have the most skill and competence. In this way, students will be awarded according to the domain of these competencies, and areas in which the student has not shown any competence will be discarded.
Answer:
The culture in which you are raised sets your primary standards for medical care.
Explanation:
Answer:
An occupational therapist.
Explanation:
An occupational therapist is a professional that helps a person with an illness, injuries, or disabilities to have a better quality of life and to prevent any further problems. The professional, together with the patient and the patient's family, set the goals. Then the occupational therapists design a plan to help the person to achieve the settled goals and helps the patient through the process. Throughout the process, the occupational therapist makes constant evaluations to check on the progress and see if any changes in the plan are needed.
Answer:
The correct answer is A
Explanation:
This process is called filtration, however, there is a second step that is reabsorption, where liquid and solutes can pass back to the blood vessels, then by secretion, they can return back to the tubule.
