Answer:
B. Resources such as time and energy are limited, so survivorship and fecundity cannot both be maximized simultaneously.
Explanation:
Each species trade-off between the survival and the life history traits such as a number of offspring produced, parental care and frequency of reproduction. Both reproductive success (fecundity) and survival success cannot be maximized due to limited resources.
For instance, species such as mosquitoes spend minimum energy is parental care but produce a large number of relatively unprotected young ones when the growth conditions become favorable to ensure the continuity of the species. They cannot spend much time in acquiring reproductive maturity and post natal care due to a small period of favorable growth conditions. On the other hand, most of the mammals such as human beings spend their energy in pre- and postnatal care to their young ones.
The hydrophilic molecules are those molecules, which tend to get mixed in water, they are water loving. These molecules are generally polar.
The water molecules are polar and tend to dissolve the polar solutes in it. When a polar molecule gets in contact with the water, it is attracted and gets mixed into it. Non polar molecules are hydrophobic and do not get mixed into water.
So, the correct answer is mixed.
A dominant allele is denoted by a capital letter (A versus a). Since each parent provides one allele, the possible combinations are: AA, Aa, and aa. Offspring whose genotype is either AA or Aa will have the dominant trait expressed phenotypically, while aa individuals express the recessive trait.
The correct answer is "the vomer".
The vomer is described as one of the<span> unpaired facial bones of the </span>human skull<span>. I</span>t's located further within the<span> midsagittal line, and articulates with the sphenoid, the ethmoid, which are the left and </span>right<span> palatine bones, and the left and </span>proper<span> maxillary bones.The vomer bone </span>forms<span> the inferior </span>part of<span> the nasal septum, with the </span>advanced part formed through <span>the perpendicular plate of the ethmoid bone.</span>
