The nurse has provided discharge instructions to a client who received a prescription for a walker. The nurse determines that the teaching has been effective when the client moves the walker no more than 12 inches in front of the client during use.
You can keep your weight-bearing restrictions while walking by using a walker to help with stability and support. You might experience leg weakness after an illness or injury that necessitates a lengthy period of bed rest and recovery. After a period of bed rest, your equilibrium may also be impacted.
Be careful not to slouch or lean forward. Look forward rather than down when using a walker. Three to four feet in advance of your rolling walker, locate the floor. When both feet are on the ground, you should only move your walker. During use, keep the walker no further than 12 inches in front of the client.
Learn more about how to use a walker properly here;
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Answer and Explanation:
Apical impulse is the place in the chest where the heartbeat can be palpated. The usual location depends on the morphological type of the person. In a normolineal individual, it is located at the intersection of the 4th or 5th left intercostal space with the left midclavicular line. This point corresponds to the area where the heart is closest to the costal grid thus allowing its palpation in an intercostal space. Usually lasts half of systole.
Answer:case study six month old nutrition
Explanation:A infant is a very tender and needs to be cared for.
link:https://www.cdc.gov/nutrition/infantandt sorry count get the whole link hope this helps
Answer:
Emphysema.
Explanation:
COPD (Chronic obstructive pulmonary disease) is the medical condition that causes inflammation in lungs and makes breathing problematic. Chronic bronchitis and Emphysema are the two main conditions included in COPD.
Emphysema is the extreme lung condition of COPD that causes the breath shortness. The alveoli are completely damaged and also reduces the amount of oxygen in the body. The emphysema condition causes the decrease in the lung surface area and reduces the amount of oxygen.
Thus, the answer is emphysema.
