B) Pacific Plate and Indian-Australian Plate
Explanation:
The plate boundary where one lithospheric plate is sliding under another is the found between the pacific plate and Indian-Australian Plate.
- These margins are called convergent margins.
- This is a typical oceanic crust in its entirety makes up the bulk of the Pacific plate.
- Oceanic crusts are denser than the underlying mantle that is below.
- The Indian- Australian plate subducts or goes under the pacific plate and it forms the Puysegur Trench.
- Trenches are common feature of subduction zones.
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R-organisms are usually bellow carrying capacity (<span>the maximum size of some population that can survive in the given environment)</span>. Those organisms are small and produce a great number of offspring. However, their life expectancy is short and many individuals die within a short time. Because of the high rate of death, they do not live long enough to reach their carrying capacity. Their life span is short, so even if predators were removed from the population, it would not be expected they will reach their carrying capacity.
Not to be concerned as long as the diet as a whole provides average amounts
Hey there! :D
When we are talking about gametes, we can use a punnet square, or in this case, common knowledge. If two of the alleles for one phenotype are the same, we can infer there will only be two variations of the genotype. (because there are two dominant SS genes) We already know that "D" must be the answer. Firstly, there will be one allele for each gene, so there will always be an "S" and a "T" no "SS" or "tt" (when talking about gametes). That leaves us with B and D but there is no recessive "s" in the original genotype, so the answer must be "D".
I hope this helps!
~kaikers
