Answer:
Amoebae use pseudopodia (meaning “false feet”) to move.
Explanation:
In the case of an amoeba moving, it's cytoplasm flows forward to form a pseudopodium, then it evens back out. In order to eat, it will form two pseudopodia and wrap those around to meet each other, enclosing its food, then the cytoplasm evens out again.
Answer:
Answer is True.
Explanation:
A community capacity can be explained or described as the ability of a community,[ that is people in of a community], to collectively contribute positively to the growth of their community.
This means their ability to mobilize, identify and socialize to solve the problems that may arise in the community. This may include the use of their capitals too for solve the problems and creating a conduscive environment.
Answer: Genetics and Pressures
Explanation:
For natural selection to occur, a population must have a wide variety of individuals with different traits. For example, natural selection would not influence fish body color if all individuals in a population were exactly the same color. Variation of scale color can help a fish species have a higher chance of survival by confusing predators as to what species they are.
Reproductive strategies represent a set of behavioral, morphological, and physiological adaptations that facilitate access to potential mates, improve the chances of mating and fertilization, and enhance infant survival. Male peacocks have bright, big tail feathers, for example, to attract females. If an organism has a high appeal, this will make them more likely to be able to meet and continue the survival of the species.
Environmental pressures, such as plant death, could influence the survival of herbivorous organisms. Say a small land creature consisted off grass, and an epidemic killed all the grass in their region. They would either die off, or they would evolve to find different types of food. The former could reduce population, while the latter could increase it.
Answer:
Different parts of the DNA are activated or used.
Explanation:
Different parts of the DNA can be turned "off" or "on" based on the needs to create the certain cell.
D, L, N, R, S for the dominant alleles
n, d, r, k for the recessive alleles
AA, KK, TT for hom dominant
ee, qq, ww for hom recessive
AA, EE, RR
aa, rr,