Oral exam, vision and hearing screenings, sports physicals and testing for scoliosis are some of the preventive care taken for better health.
Answer:a. The concentration of salt in a person's urine increases after that person eats a large bag of salty chips.
Explanation:
Homeostasis is the quality of the body to maintain the normal state of the body with respect to changes occurring in the external environment.
The homeostasis is maintained by involving the negative feedback loops. These loops function in opposite to the stimulus, that triggers them. For example, if the body temperature is high, the negative feedback loop will function to bring the body temperature down towards the set point, or the target value.
The homeostasis can regulate the ion concentration. When the body acquires salt by eating chips, the urge to expel salt through urine also increases. Hence, the ionic concentration of salt is maintained through negative feedback loops altering homeostasis.
Answer:
During hypernatremic dehydration, water is osmotically pulled from cells into the extracellular space. To compensate, cells can generate osmotically active particles (idiogenic osmoles) that pull water back into the cell and maintain cellular fluid volume. Dehydration is not always related to an underlying condition. It may be caused by:
Vomiting & diarrhea (especially in infants & children)
Drugs that increase urine excretion (diuretics)
Excessive sweating particularly with prolonged exertion
Decreased water intake
Burns
Heat
Fastest ways to cure dehydration
Take small sips of water.
Drink electrolyte-rich beverages. ...
Drink barley water, which can help with heat strokes and restore electrolyte balance in the body.
Drink rice water, which is rich in salts and vitamin B, which rejuvenates the body and provides energy.
Drink beverages high in water content, such as coconut water. ...
Eat a banana
This is also known as water loss.
Explanation:
1. Describe the appearance of the valves of a heart. How the anatomy of the valves helps do their function?
2. Explain how the heart could compensate for changes in peripheral resistance.
3. Where in the heart the thickness of the heart varies? Why?
