Answer:
An open system does not have vessels, but a closed system does.
Explanation:
A closed circulatory system is the one which has blood vessels like arteries, veins, and capillaries for circulation of blood while an open circulatory system is the one in which there are no blood vessels to carry blood and the blood runs freely in the body cavity known as hemocoel. In open circulatory system the tissues are in direct contact with a blood-like fluid known as hemolymph. Evolutionarily, closed circulatory system is considered more advanced and advantageous as compared to open circulatory system. Advanced animals like mammals have closed circulatory system while lower organisms like arthropods (insects) and some mollusks (snails, clams) have open circulatory system.
More food in the feeder? Lol idk where you're going with this
Bone remodeling during which a client's osteoclasts resorb bone ( I believe is ossification)
A spike in the popularity of Snapper fish in American restaurants causing a sharp increase in Snapper fishing will result in the number of Nassau grouper to increase.
<h3>What is the relationship between Snapper fish and Nassau groupers?</h3>
The Snapper fish and Nassau groupers are two types of fishes which are fished for their delicious meat.
Both are found in fish markets where they are important delicacies especially in grilled fish.
An increase in the population of one fish will result in more fishing and hence an increase in the population of the other fish.
Therefore, a spike in the popularity of Snapper fish in American restaurants causing a sharp increase in Snapper fishing will result in the number of Nassau grouper to increase.
In conclusion, the popularity of one fish over the other will affect the population of the other fish.
Learn more about snappers and groupers at: brainly.com/question/12631476
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The correct answer is: B) binding to their substrate
The catalytic mechanism of an enzyme starts when the substrate binds to its active site (specific region of an enzyme). There is a theory (lock and key) that explains the mechanism of this binding: the lock is the enzyme and the key is the substrate and only if they fit the enzyme will work. The binding of the substrate to the enzyme causes conformational changes of the enzyme, and as a result, products are formed. The products are then released from the surface of tat enzyme. The enzyme is regenerated for another reaction cycle.
