during what part of the mitosis process does the dna replicate

1 month ago

Solution 1

Guest Guest #1192452
1 month ago


In the interphase


Solution 2

Guest Guest #1192453
1 month ago
in the interphase would be the correct answer

📚 Related Questions

Earth’s surface is broken into large pieces that are slowly shifting. This gradual process, known as plate tectonics, accounts for movement of entire continents over time. During the past century, geologists have found multiple lines of evidence that support the theory of plate tectonics, including the mechanism that drives the plates’ motion—sea floor spreading. As a result, sections of Earth’s crust are constantly being pulled apart or pushed together. This movement creates many of Earth’s landforms, such as mountains, rift valleys, and volcanoes.

According to the theory of plate tectonics, 250 million years ago all of Earth’s landmasses were clustered into one supercontinent, known as Pangea. Based on the past and current movements of Earth’s plates, predict how the location of the continents might shift during the next 250 million years. Do you think they’ll spread out, cluster together, or move in a combination of the two? What types of landforms do you anticipate forming as a result? What effect, if any, do you anticipate this movement will have on life on Earth?
Solution 1


They will be combine together and form a large same land as before some thousand years ago. This will somehow destroy the then population but will start a new civilization with new innovations and ammenities.

A biologist began studying a population of bullfrogs. In 1998, she found that
most of the male frogs croaked, but some did not. A bat species known to
prey on male frogs migrated to the area in 2005. The biologist returned to the
area in 2008 and repeated population counts of male frogs. The table shows
her data
Number of
noncroaking males
Number of croaking
What factor most likely caused the noncroaking male population to increase
after 20042
A. Selective pressure in the form of a new predator
B. Learning to avoid the new predator
c. Extinction of the croakers because of the new predator
D. Adaptation of the croakers in the presence of a new predato
Solution 1


A. Selective pressure in the form of a new predator


A. Selective pressure in the form of a new predator

Solution 2

A. Selective pressure in the form of a new predator is the most likely factor that caused the noncroaking male population to increase after 2004.

What is noncroaking males?

Noncroaking males refer to male bullfrogs that do not produce croaking sounds as a form of communication or mating behavior.

The migration of a bat species that preyed on male frogs likely created a selective pressure on the population, favoring those males that did not croak and thereby avoiding detection by the predator. This would result in a higher proportion of noncroaking males in the population over time as they have a higher likelihood of survival and reproduction.

The increase in the noncroaking male population after the arrival of the bat predator in 2005 could be due to adaptation of the male frogs to the new selective pressure in the form of the predator.

It is possible that the noncroaking males were able to avoid detection by the bat predator better than the croaking males, leading to a higher survival rate and ultimately a higher population.

Additionally, it is possible that the croaking males were more likely to be predated upon, leading to a decrease in their population and an increase in the noncroaking male population.

However, it is also possible that other factors, such as changes in the environment or competition with other species, could have contributed to the observed changes in the bullfrog population over time.

Learn more about bullfrog at:



What is the purpose of chromosome. A used to pass on genetic traits.B form into haploid cells, making reproduction possible. C are the chemicals needed for mitosis to occur. D are responsible for matching hair colors.
Solution 1


A. used to pass on genetic traits


I know things.

what’s The definition of Troposphere
Solution 1

the lowest region of the atmosphere, extending from the earth's surface to a height of about 3.7–6.2 miles (6–10 km), which is the lower boundary of the stratosphere.

Solution 2

Answer: its basically in simple terms: the lowest point of the earth's atmosphere

Explanation:can i get brainliest :D

Why are lichens a good pioneer species after a volcanic eruption?
a - They are able to grow on moist soil.
b - They are able to grow on bare rock.
c - They are able to attract animals.
d - They are able to grow without water.
Solution 1
They are able to grow without water
Down syndrome in humans may result from. A a person inheriting a recessive allele. B sickle-shaped cells becoming stuck in blood vessels.c an extra copy of chromosome 21. D blood failing to clot properly.
Solution 1
C born with an extra chromosome
Cystic fibrosis , which is a mutation that causes issues in an individual's respiratory system. True or false
Solution 1


This is True.


Cystic Fibrosis, also called CF, is an inherited life-threatening disorder which causes immense damage to the lungs and digestive system. Cystic fibrosis changes the cells that produce mucus, sweat, and digestive juices. By changing these cells, it causes these fluids to become thick & sticky. They then plug up tubes, ducts, and passageways.

Solution 2
this CF definition is true :)
Consider a cross between a plant with two flower colors, yellow and red. Yellow (Y) exhibits complete dominance over red (y). It also has either single blossoms or double blossoms, single blossoms (S) exhibit complete dominance over double blossoms (s). A dihybrid yellow, single blossomed flower is crossed with a red flowered and double blossomed plant. You observe the following phenotype frequencies among the 1545 offspring plants:
500 yellow flowers and single blossom plants
515 red flowers and double blossom plants
260 yellow flowers and double blossom plants 270 red flower and single blossom plants.
What is the recombination frequency between these two genes?
a. (260+270) 1545
b. 270/1545
c. 1545/ (260+270)
d. 260/1545
e. (500+515)/1545
f. 1545/260
g. 1545/270
From these results one can conclude that:_______.
a. the two genes are linked
b. the two genes are not linked
c. if the genes are linked, they are separated far enough apart to appear to assort independently
Solution 1


1) option a is correct. (260+270)/1545

(Note about this option: In the statement, it is written as (260+270) 1545. Lacks the division symbol, / )

2) From these results one can conclude that the two genes are linked (option a)


To know if two genes are linked, we must observe the progeny distribution. If heterozygous individuals, whose genes assort independently, are test crossed, they produce a progeny with equal phenotypic frequencies 1:1:1:1. If we observe a different distribution, phenotypes appearing in different proportions, we can assume linked genes in the double heterozygote parent.  

We might verify which are the recombinant gametes produced by the di-hybrid, and we will be able to recognize them by looking at the phenotypes with lower frequencies in the progeny. Phenotypes with the highest frequencies represent the parental gametes.

To calculate the recombination frequency, we will use the following formula: P = Recombinant number / Total of individuals.  

In the present example:

Parental)        YySs                        x                 yyss

Gametes)  YS parental type                        ys, ys, ys, ys

                 ys parental type

                 Ys recombinant type

                 yS recombinante type

The total number of individuals in the offspring: 1545

Phenotypic class Number of offspring  

  • 500 Y-S- (parental)
  • 515 yyss (parental)
  • 260 Y-ss (recombinant)
  • 270 yyS- (recombinant)

According to this information, the phenotypic frequencies of the progeny differ from the phenotypic ratio 1:1:1:1. We can assume then, that these genes are linked.

The recombination frequency is:

P = Recombinant number / Total of individuals

P = 260 + 270 / 1545

P = 530/1545

P = 0.343

The genetic distance between genes is 0.343 x 100= 34.4 MU.

A wave with a large wavelength will have a _____________ frequency and __________energy.
Solution 1

Answer: low frequency & low energy


Javier is conducting research in resource economics and wants to focus his studies on forestry. Which topic will he
most likely include in his studies?
O how and where trees grow
O how trees are used for lumber
O How trees produce their own food
O how trees gather nutrients from the soil
Solution 1


not a


i got b and it was wrong

Solution 2