Answer:
1 We can infer that when permeable channels are added to the peptides and a cell is incorporated in water, the concentration of peptides and water will change, generating an equilibrium causing an equivalence of equal intracellular and extracellular concentration
2. If there is no alteration and the environment is in equilibrium, we can say that there will be an equal concentration of petids and water in the intracellular and extracellular space. If we have 40 peptides on the left side, the right side will move looking for a balance and that both environments are the same, becoming 60 for each of the spaces
Vascular systems are important to transport materials throughout the organism.
They will both have controls!
Answer:
negative feedback will stop the release of this hormone
Explanation:
Based on the scenario being described within the question it can be said that the next scenario that will take place would be that negative feedback will stop the release of this hormone. A negative feedback loop continously occurs within your body in order to control and maintain temperature, pH, hormone levels, blood sugar and other internal variable levels. Thus making sure your body is running at it's best.
