Answer:
Most processes in the body are controlled by negative feedback. If a homeostatic system is controlled by negative feedback, the resulting action will always be in the opposite direction of the stimulus. In this way, the variable is maintained within a normal level, or what is called its set point.
The variable <u><em>does not remain</em></u> constant over time and this <em><u>fluctuation</u></em> occurs around the set point. If the stimulus increases, the homeostatic system is activated to cause a <u><em>decrease</em></u> in the stimulus. In contrast, if the stimulus decreases, the homeostatic system causes a(n) <u><em>increase</em></u> in the stimulus until it returns to normal.
Answer:
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B B
b Bb Bb
b Bb Bb
R R
r Rr Rr
r Rr Rr
Explanation:
Melting them both in the same environment and measuring the temperature at which each melts
Answer:
Ambitious
DNA determines the fate of each cell.
DNA is the basic genetic unit for each cell and contains information about the fate of the cell. The DNA of daughter cell which remains in stem cell state and continues to divide causes production of those substances which promote it to stay in stem cell state and also promote its continuous division. On the other hand, the DNA of specialized cell causes production of substances which changes characteristics of the cell and causes it to become a mature and specialized cell.
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Explanation:
