Adenosine triphosphate (ATP) is a complex molecule which provides energy to the cells. This molecule is present in all the living organisms. The chemical energy which is obtained by the body by the breakdown of the food is captured by the ATP (Adenosine Triphosphate) molecules. This captured chemical energy is then transferred by it in order to fuel different body processes.
Hence, the answer is ATP (Adenosine Triphosphate).
Symbiotic relationship is the relationship that the organisms in the ecosystem have. This is their way of interaction. Every organism has different interaction with the other. Based on the organisms given above which are the pistol shrimp and the gobies, being dependent on each other for shelter and protection shows the relationship of mutualism. This means that both benefit on each other.
Answer:
a) Some island populations will have fixed one allele, and other populations will have fixed the other allele.
Explanation:
The founder population for each island is heterozygous for the locus. The absence of any migration and mutation would result in no gene flow or the introduction of new alleles of the locus. Over several generations, one or the other allele will be fixed in the populations depending on the adaptive features imparted by each under the different conditions present on these different islands. Genetic drift may also work on these small founder populations to randomly fix one or the other allele.
Answer:
Your glucose level will not always be between 70 and 120 some say that even 140mg is normal
Explanation:
Answer:
The RIGHT ANSWER IS- Classification of the organism and characteristics of the spines.
Explanation:
In this senerio, we will consider the characteristics of the spines followed by the classification of the given animals as porcupine, sea urchins and hedgehogs are of varying phylum.
The two common terminology mostly used in the science of evolution are homology and homoplasy. These two terms varies in their scientific connotations.
Homology is the term used to express biologicals structures or characteristics that are similar and observed in two or more varying species. The noted characteristics originates from the orgsnism common ancestor.
An illustration to describe homology is the forelimbs of frogs, birds, rabbits, and lizards. The forelimbs of this species shows difference in appearance in each species and it shows they possess the same set of bones.
In Homoplasy, the biological structure or characteristic in two or more varying species is from different ancestor.
Homoplasy also shows how it evolved independently due to natural selection in same environments.
Homology is an aftermath of divergent evolution while Homoplasy is a result of convergent evolution.
