Answer:
A
Explanation:
Passive transport does not require energy. The substances follow the concentration gradient, meaning they go from high to low. Active transport goes against the concentration gradient. Substances go from low to high, so it requires energy.
I am not really sure i kinda just want these poinys
sorry cant help you. b e my friend
Answer:
Sounds closest to: Kwashiorkor
Explanation:
Kwashiorkor is a disease brought on by severe protein malnourishment. In Kwashiorkor, extended breastfeeding and late, insufficient weaning lead to low calorie intakes but significantly superior biological value. As a result, a kid with kwashiorkor will likely experience compromised organ function and development. Sudden outbreaks of diseases like the measles, gastroenteritis, or pneumonia exacerbate the issue by increasing needs while maintaining low intakes. The kid may exhibit oedema of the face and lower limbs, failure to grow, anorexia, diarrhea, lethargy, dermatosis, flaky-looking skin, scant, soft, and thin hair, angular stomatitis, cheilosis, and anemia as a result of this scenario.
This is a bit similar to Marasmus.
But there is a difference.
But ⇒ <em>how does kwashiorkor and marasmus differ?</em>
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Kwashiorkor is predominantly a protein shortage, despite adequate calorie intake. When a youngster is weaned off of protein-rich breast milk, it frequently happens. The patient will show signs of oedema, an enlarged abdomen, and other conditions.
Marasmus is a total energy shortage that causes a body weight that is at least 60% below normal. The victim will only be malnourished.
Out of the following choices,
<span>A.
</span>decrease, increase. B. increase, increase. C.
increase, decrease. D. decrease, decrease
The answer is B. Antidiuretic
hormone is the major hormone that regulates the amount of water in the body
which is based on electrolyte balance. The high-salt diet will increase the
electrolyte concentration in the blood hence ADH hormone will increase to
enable increased re-absorption of water in the kidneys. This is achieved by increasing aquaporin 2 channels in the
distal tubule and collecting tubes of the
nephrons that are responsible for water reabsorption. ADH acts in conjunction with aldosterone that regulates the
concentration of sodium ions in the blood.