Answer:
You have to add a picture of the boxes g , but heres a explantion
Explanation:
Ecological succession breaks down into three fundamental phases: primary and secondary succession, and a climax state. The study of ecological succession generally focuses on the plants present on a particular site. But animal populations also shift over time in response to the changing habitat.
Telomerase is active in gametes and most cancer cells, but is normally absent from, or at very low levels in, most somatic cells.
The answer is 22 hydrogen atoms.
This is a simple sugar compound formula <span>Cn(H2O)n</span>
If you have 11 oxygens that means that the second n in the formula will be 11.
Notice that the H (hydrogen) is followed by a 2, that means that the 11 put outside the parenteses will be multiplied by 2.
11 x 2 = 22 hydrogen atoms
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In geology, a key bed (syn marker bed) is a relatively thin layer of sedimentary
rock that is readily recognized on the basis of either its distinct
physical characteristics or fossil content and can be mapped over a very
large geographic area.[1]
As a result, a key bed is useful for correlating sequences of
sedimentary rocks over a large area. Typically, key beds were created as
the result of either instantaneous events or (geologically speaking)
very short episodes of the widespread deposition of a specific types of sediment. As the result, key beds often can be used for both mapping and correlating sedimentary rocks and dating them. Volcanic ash beds ( and bentonite beds) and impact spherule beds, and specific megaturbidites
are types of key beds created by instantaneous events. The widespread
accumulation of distinctive sediments over a geologically short period
of time have created key beds in the form of peat beds, coal beds, shell beds, marine bands, black in cyclothems, and oil shales. A well-known example of a key bed is the global layer of iridium-rich impact ejecta that marks the Cretaceous–Paleogene boundary (K–T boundary). Please let me know if it works.
The answer is letter C. Transformation is the genetic alteration of a cell. This results to the direct uptake of exogenous genetic material from the cell membrane's surroundings. This happens when there is an inserted foreign DNA in the bacteria through gene splice and ligation.
