What is the expected percent change in the dna content of a typical eukaryotic cell as it progresses through the cell cycle from the start of the g1 phase to the end of the g2 phase

100 percent increase in the DNA content of a typical eukaryotic cell.

At the start of G1 phase, there is single set of DNA present in the nucleus of the cell but at the end of G2 phase, the DNA replication occurs in the S phase that occurs between G1 and G2 phase which produces 2 sets of DNA which can be equally distributed among the two daughter cells.

So we can conclude that 100 percent increase occur in the DNA content in the cell from the G1 phase to G2 phase due to replication of DNA molecules present in the nucleus of the eukaryotic cell.

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Cell cycle is the series of events in which DNA replicates, cell grows in size, and divides to produce daughter cells. The 100 percent increase in the DNA content of the eukaryotic cell when it progresses through cell cycle.

Cell cycle has three main parts:

Interphase is the stage of cell cycle in which cell metabolizes and obtains nutrients. The cell in this phase grows and replicates the DNA for mitosis and perform normal functioning of the cell. The three phases of interphase are:

At the start of G1 phase, the DNA is found in the single set. The cell is metabolically active and prepares itself to enter the G2 and then S phase of the cell cycle. In the G2 phase, the cell double its organelles and prepares extra proteins to help in the replication of the DNA. During the Synthesis or S phase, the replication of the DNA takes place. The genetic material after the cell division is equally distributed in the daughter cells, such that the number of chromosomes in the parent and daughter cells are same.

Therefore, there is 100 percent increase in the DNA content when cell progresses through G1 to S phase of the cell cycle.

To know more about cell cycle, refer to the following link:

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the man is bald so he has no hair to get wet

answer: decrease

a limiting factor is the one which decrease the abundance, distribution and causes extinction of the population of species in a ecosystem. here, predators including hawks, owls and snakes are the limiting factor for the population of mexican free tailed bat.   although bats are nocturnal animals as they forge for food at night these predators also may remain active during night which can decrease the population of the mexican free-tailed bats. also, these bats eat only one type of insects that are moths. the food can also be a limiting factor as all 400 members are dependent upon same type of food needs that are moths. the decrease in the moth population can cause decrease in population size of the mexican free-tailed bats.

therefore, the scenarios will most likely to decrease the population size of the mexican free-tailed bats.