The eastern coral snake and the Texas coral snake look almost identical and are often mistaken, but they are actually different species. Because they are different species we can conclude that these two animals can reproduce sterile individuals, called hybrids.
We call hybrid any and all living organisms descended from genetically different individuals, ie the hybrid is the product of mating between individuals of different species. It is important to remember that only the descendants of parents of different species are considered hybrids, and that when crossbreeding animals of the same species, but of different breeds, crossbred animals are obtained. It is not every hybrid that is sterile, but most of them are.
The answer
to this question is “They will
have sterile offspring”. This means that when the eastern coral snake
and the Texas coral snake try to mate, they would be incapable of producing an
offspring.
When two species share a common niche, then one is bound to exclude the other. This is due to the stiff competition for resources. The species with a slight advantage in acquiring the resources will edge out the other species from the environment. This has been demonstrated by George Gauss using two Paramecium species grown in the same media in the lab. <em> P. aurelia</em> outcompetes <em>P. caudatum</em>
It converts light energy which is abiotic, to glucose, which is consumed by organisms for energy. (It transfers to the appropriate type of energy for biotic organisms)
<span>The appropriate answer is A. the hemisphere is is tilted toward the sun and the sun reaches its highest point in the sky. This usually occurs on June 20 or 21. At this time the northern hemisphere experiences its longest day. Summer in the nothern hemisphere means that the earth is tilted towards the sun and receives sun rays that are more direct. </span>
Answer: A codon is found on the coding strand of double-stranded DNA and in the (single-stranded) mRNA. ... The anticodon is found on the tRNA and is the part that base-pairs with the codon (on the mRNA) in order to bring the appropriate amino acid to the ribosome to be added to the growing peptide chain.
