What are three things that the cell does during interphase?

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Answer 1
Answer: It grows (G1), then replicates its DNA (S-Phase), then grows again (G2) it mainly grows during interphase

Related Questions

To analyze the effects of a new drug for anxiety developed by Solvit Wellness Inc., researchers conduct a study on two groups. Both the groups are informed about the usefulness of the drug in treating anxiety. However, only group A receives an injection of the actual drug, while group B receives an injection containing an inert substance. In this scenario, group B is known as a(n) ___________.
The major light absorbing pigment in green plant photosynthesis isA) rhodophyll. B) chlorophyll. C) cytochrome a. D) cytochrome c.
The slowest type of mass movement, which involves the lifting and contracting of soil particles over time, is called.... a.) a rockslide b.) an earthquake c.) creep d.) rockfall
This cell is most likely a(n) ____________ cell based on physical features.A) eukaryotic plant B) eukaryotic animal C) prokaryotic fungus D) prokaryotic bacterial
What has a greater impact on humans earth's ocean of earth's freshwater

HELP PLEASE, 20 POINTS!! Propose two additional solutions to address the ecological phenomena causing the water contamination in Lake Erie.

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Answer:

It's best to avoid fertilizers generally.

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Check your septic system. Just as manure encourages algae to grow, so does human sewage. ...

Don't use a garburator. ...

Combat shoreline erosion. ...

Don't lather up near water sources. ...

Be careful with your detergents. ...

Minimize impervious surfaces close to the water where possible.

Explanation:

This is what I found According to Google :)

Which types of organisms perform cellular respiration ​

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Final answer:

All living organisms, including animals, plants, fungi, and bacteria, perform cellular respiration, a process to extract energy from food. Animals and many bacteria perform aerobic respiration which requires oxygen, while some organisms like yeast and certain bacteria can perform anaerobic respiration without oxygen.

Explanation:

All living organisms perform cellular respiration. This is a process by which cells extract energy stored in food and transfer that energy to a molecule called ATP (Adenosine Triphosphate). Organisms such as animals, plants, fungi, and bacteria all perform cellular respiration, although the exact process may differ somewhat between organisms.

For example, animals and many bacteria perform aerobic respiration, a type of cellular respiration that requires oxygen. Aerobic respiration is highly efficient and produces a large amount of ATP. On the other hand, some organisms, like yeast and certain bacteria, can perform anaerobic respiration when oxygen is not available. This process yields less ATP but allows these organisms to survive in environments where oxygen is scarce.

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Final answer:

All living organisms perform cellular respiration using oxygen and glucose, which are produced by photosynthesis.

Explanation:

All living organisms on earth perform cellular respiration using oxygen and glucose, which are produced by photosynthesis. This process occurs in cells and is the primary way that organisms derive energy from the food they consume. It is an essential process for all living organisms, including plants, animals, and microorganisms.

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The purpose of the right ventricle is to: receive blood coming back from the lungs pump blood to the upper and lower body pump blood into the lungs to be oxygenated receive blood back from the upper and lower body

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The right ventricle's function is to pump blood into the lungs so that it can be oxygenated. The correct option is C.

Thus, deoxygenated blood from the right atrium is taken up by the right ventricle and pumped into the pulmonary artery, which transports the blood to the lungs. Through the act of breathing, the blood obtains oxygen in the lungs and releases carbon dioxide.

The oxygenated blood is then returned to the left atrium of the heart where the left ventricle pumps it to the remainder of the body. As a result, the right ventricle's main job is to pump blood to the lungs where it may be oxygenated.

Thus, the ideal selection is option C.

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The right ventricle will pump blood into the lungs to be oxygenated bia the pulmonary artery.

Fill in the blank. Cells, ______, Organs, Organs Systems.

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cells, tissue, organs, organ systems

Determine the predicted phenotype ratio in children of dihybrid parents that are right handed and possess free earlobes

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The answer is 9 : 3 : 3 : 1

First, it must be taken into consideration that these two traits are not simple "one gene - two alleles", but there is an influence of several genes. However, let's imagine, for this question, that these are simple examples of dominant and recessive alleles of one gene.
R - dominant allele for right-handedness
r - recessive allele for left-handedness
RR - a right-handed individual
Rr - a right-handed individual (because R is dominant over r)
rr - a left-handed individual

E - dominant allele for free earlobes
e - recessive allele for attached earlobes
EE - an individual with free earlobes
Ee - an individual with free earlobes (because E is dominant over e)
ee - an individual with attached earlobes

Now, we have dihybrid parents. Since hybrid individuals are those that carry two different alleles of one gene, dihybrid individuals are those that carry two different alleles of two genes (di- means two).
So, the parents are Rr and Ee, which can represent as RrEe. For each gene, they can give either dominant or recessive allele.
Take a look at the attached image. There are total 16 genotypes of the children. The children that are right handed and possess free earlobes are marked with yellow color. There are in total 9 of them. The children that are right handed and possess attached earlobes are marked with  green color. There are in total 3 of them. The children that are left handed and possess free earlobes are marked with  blue color. There are in total 3 of them. At last, there is only one child (marked white) that is left handed and possess attached earlobes.

Some clients are excessively responsive to either the primary or secondary effects of a drug. This is known as hypersensitivity, and it may result from a pathological or underlying condition. Which is an example of hypersensitivity? (Select all that apply.)

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Correct form of question:

Some clients are excessively responsive to either the primary or secondary effects of a drug. This is known as hypersensitivity, and it may result from a pathological or underlying condition. Which are examples of hypersensitivity?

Select all that apply.

a. an anaphylactic reaction to seafood

b. a pregnant client who takes phenytoin and delivers a child with birth defects

c. A client on postoperative day 2 from a prostatectomy who takes ipratropium

d. A client who has chronic renal failure and is taking diphenhydramine

Answer:

c. A client on postoperative day 2 from a prostatectomy who takes ipratropium

d. A client who has chronic renal failure and is taking diphenhydramine

Explanation:

In this case, hypersensitivity describes the excessive response to the primary or secondary effects of a drug. It may occur where a patient has an underlying medical condition like a chronic renal failure that causes an abnormal and potentially harmful side effect. This is common with patients with kidney problem or prostate cancer issues.