A pharmacology student asks the instructor what an accurate description of a drug agonist is. A drug that interacts directly with receptor sites to cause the same activity that a natural chemical would cause at that site is a drug agonist.
<h3>What is pharmacology?</h3>
Pharmacology is the discipline of medicine, biology, and pharmaceutical sciences that studies how drugs or medications work.
The two main subfields of pharmacology are: The term "pharmacokinetics" describes how medications are absorbed, distributed, metabolized, and excreted. Drug molecular, biochemical, and physiological effects, including drug mode of action, are referred to as pharmacodynamics.
The study of medications in humans using pharmacological concepts and methodologies is known as clinical pharmacology. Posology, the study of drug dosage, serves as an illustration of this. Toxicology and pharmacology have a close relationship.
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<span>The Aztecs and Inca both were involved in agriculture and used fertilizers and irrigation to help their crops grow since neither culture lived in very fertile areas. </span>
Answer:
A. increases at a decreasing rate, so the marginal utility curve is negatively sloped.
Explanation:
The total utility of a good grows when larger quantities are consumed, but its marginal utility increase is decreasing, that is, as the consumption of a product increases, the utility increases at a decreasing rate, so the curve marginal utility is negatively inclined.
This can be explained by the water and diamond paradox which illustrates the importance of the marginal utility concept. Why is the most needed water so cheap, and the superfluous diamond so expensive? It turns out that water has great total utility, but low marginal utility (it is abundant), while diamond, being scarce *, has great marginal utility.
