The right answer is D.
Like any physiological regulation, thermoregulation involves sensors, integrating centers, effectors. The mechanisms of thermogenesis (heat gain) and those of thermolysis (heat loss) are differentiated. In humans, however, the most powerful form of thermoregulation is behavioral thermoregulation: putting on or taking off a garment, changing posture, moving around, taking shelter, and so on.
U thought you was getting free answer my points now thanks for thats point tho
When plasma membrane phospholipids are labeled with a fluorescent<span> tag and then the phospholipids in one area </span>are <span>bleached with a laser beam to </span>eliminate <span>the </span>fluorescent signal, <span>one would observe that the bleached molecules would spread out sideways through the </span>membrane<span> and mix together with the unbleached molecules after the cell is incubated for a few minutes.</span><span> </span>
When Rr is crossed with rr, following offsprings are produced,
Rr x rr
Rr (pink)
Rr (pink)
rr (red)
rr (red)
So out of 4 off springs, 2 are rr and thus the probability becomes
2/4 = 50%
Answer:
adaptive radiation because one species evolved into several different forms that occupy different niches
