Answer:
I believe it would decrease
Explanation:
The high temperature will be detected by sensors—primarily nerve cells with endings in your skin and brain—and relayed to a temperature-regulatory control center in your brain. The control center will process the information and activate effectors—such as the sweat glands—whose job is to oppose the stimulus by bringing body temperature down.
The correct answer is the final option - sickle cell disease and malaria are both potentially lethal diseases.
The other options are incorrect because sickle cell disease is an inherited disease, but malaria is not - it is an infectious disease. However, both of these disease are quite dangerous, and may have severe consequences (such as death) if they are not properly treated.
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.
Any cell that has two copies of each chromosome is called a diploid.
The short answer is: The scientist means that a dose of 20 mg per kilogram is enough to kill one half or fity percent of the animals used in the test. LD stands for leathal doseage. The 50 means 50 percent. Subsequently a dose of 20 mg per killogram has a lethal dose that will kill 50% of the test subjects.
