Answer:
The answer is cardiovascular disease
Explanation:
Depending on how long the person remains inactive and how many pounds do they put on will determine the risk of developing the disease. Not exercising and gaining weight has been shown to lead to cardiovascular disease and later to heart problems. But that is not that alarming for people who are around their normal weight.
I believe the answer is C 78%
Dr. Smith completed a repair of the aortic septum due to an aortic septal defect. The diagnostic code for this case is <u>Q21.4 </u>- aortic septal defect.
More about aortic septal defect:
One of the least common congenital heart defects is an aortic or septal defect/aortic window. When the great arteries are not fully septated, this abnormality develops embryologically.
It can happen on its own or as a component of a larger syndrome that includes several heart abnormalities.
Untreated aortopulmonary septal abnormalities frequently result in a significant left to right shunt and pulmonary hypertension, which can lead to morbidity and mortality.
Learn more about aortic here:
brainly.com/question/13937394
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Answer:
The answer is A.) Pancreas, Liver, and the Gallbladder
Explanation:
The <u>Pancreas</u> is responsible for the release of insulin, and it helps your body to process sugar and all of the foods you eat. It is located in the middle of your body,
The <u>Liver</u> is responsible for the cleansing of the toxins from the body, but for the digestive system,it releases bile that breaks down fats, and it helps to process the nutrients that were absorbed through the small intestine.
The <u>Gallbladder</u> is responsible for the release of the bile that was made by the liver, which helps the body to break down and absorb fats.
Answer:
с. 60-80% of your maximum heart rate
Explanation:
The "target heart rate" is very important when you want to know how to do your exercise properly <em>without straining your body</em> <em>or relaxing too much. </em>In order to do this, you have to get your<em> "maximum heart rate"</em> first by subtracting your age from 220. The difference will be multiplied by 60% to 85%, depending on the exertion level that you want.
For example, your age is<em> 20</em>. You have to<em> subtract 20 from 220 </em>and that will give you a maximum heart rate of <em>200 beats per minute (bpm).</em> If you want a 60% exertion level, your target heart rate is 120 bpm (200 x 60%).
