Respiratory rate increased from 16 to 19 breaths per minute is vital signs during activity would be the best indicator that the client is tolerating mild exercise.
Your body utilizes more oxygen during exercise and creates more carbon dioxide when your muscles perform harder. Your breathing has to increase from about 15 times per minute while you are resting to about 40–60 times per minute while you are exercising in order to meet this additional requirement. To supply the body with oxygen more quickly, breathing rate rises. To more effectively get the oxygen (and glucose) to the breathing muscles, the heart rate increases. These procedures call for oxygen. Because of this, when an activity is completed, a person's respiration and pulse rate do not immediately return to normal. The oxygen debt is the quantity of oxygen needed to flush out the lactic acid and replenish the body's oxygen stores.
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13.Distal
18.Lateral
19. Superficial
20. Superior
21. Deep
This are all I know,sorry ..hope it helps
Answer:
Pallor
Fatigue
Easy bruising
Cyanosis
When symptoms begin, a child appears pale, fatigues easily, and has anorexia from the lowered RBC count and tissue hypoxia. Because of reduced platelet formation (thrombocytopenia), the child bruises easily or develops petechiae (pinpoint, macular, purplish-red spots caused by intradermal or submucous hemorrhage). A child may have excessive nosebleeds or gastrointestinal bleeding. As a result of a decrease in WBCs (neutropenia) a child may contract an increased number of infections and respond poorly to antibiotic therapy. Observe closely for signs of cardiac decompensation such as tachycardia (not bradycardia), tachypnea (not bradypnea), shortness of breath, or cyanosis from the long-term increased workload of all these effects on the heart.
Explanation:
The ability of older adults to adequately distribute drugs that are ingested is highly dependent on serum levels of Albumin.
<h3>What is Albumin? </h3>
Albumin is the most common factor protein present in the plasma, whose levels alter many physiological and chemical processes including drug medication dissolution properties.
In conclusion, the ability of older adults to adequately distribute drugs that are ingested is highly dependent on serum levels of Albumin.
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