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It regulates temperature, glucose, toxins, blood pressure, and pH.
<span>
TemperatureThe body must maintain a relatively constant temperature. If it gets too hot, the body employs vasodilation to cool down. This dilates the blood vessels, allowing more heat to escape from them through the skin.
GlucoseThe body must regulate glucose levels to stay healthy. When glucose levels become too high, the body releases a hormone called insulin. When they become too low, the body converts the glycogen in the blood to glucose.
ToxinsToxins in the blood can disrupt the body's homeostasis. Thus, it signals the urinary system to ensure that the toxins are excreted.
Blood PressureThe body must maintain healthy levels of blood pressure. To do so, the brain sends signals to the heart to speed up or slow down according to the blood pressure.
pHThe lungs control the pH amount in the body. If pH levels become unbalanced, the lungs push more or less carbon dioxide out of the diaphragm. This can raise or lower pH levels in the body.</span>
Answer: 2.6 ml of chlorpromazine are administered.
Explanation:
Given stock solution of chlorpromazine, 3.2 %(m/v) i.e 3.2 grams of chlorpromazine are dissolved in 100 ml of solution
We need to find the volume of solution that can contain 0.083 grams of chlorpromazine.
By applying unitary method, we get:
3.2 grams of chlorpromazine is present in 100 mL of solution.
So, 0.083 grams of chlorpromazine will be present in = 
of solution.
Hence, the given amount of chlorpromazine will be present in 2.6 mL of solution and thus 2.6 ml are administered.
