Answer:
D
Explanation:
<u>Sister chromatids</u> will have the same form of alleles at the locus after S phase.
<em>This is because during the S phae of the cell cycle, sister chromatids are replicated in preparation for cell division. The replication process is quite accurate such that all the alleles present on the initial chromatids are also replicated on the new sister chromatids. Hence, both new and old chromatids will have the same form of alleles at the locus after replication at the S phase. In other words, sister chromatids are exact copy of one another.</em>
The correct option is D.
The supplementary fact panel is used for the dietary supplements. This supplement fact panel on the dietary supplements is similar to the nutritional fact panel, which is present on most of the packaged products. The supplementary fact panel denotes the information about the beverage and the benefits of the product are listed under it too.
Hence, the answer is 'nutritional facts on foods'.
Answer:
False
Explanation:
It is false because the range of designed alternatives reflect solid different approaches or priorities across objectives, presenting decision makers with real options and choices.
Decision trees are well-known representations of Boolean functions, the decision alternatives structure has a statement or a set of statements that are considered “true”. When the Boolean expression determines it as "true", the statement or set of statements of the structure is executed, if this doesn´t happen then the statements are skipped.
Answer:
True
Explanation:
because you need the x and y values
Hi!
Recalling what you have learned about cells, you marvel at the ability of these tiny things to support their life functions. You then remember that they could not easily get much bigger without drastic changes. Explain why cells are so small, considering the relationship between surface area and volume for objects of different sizes but similar shapes.
Answer:
The reason cells are so small is because the fact that they need to diffuse through other materials more efficiently.
