What do cells need to do between divisions to make sure that they don’t just get smaller and smaller?

Answers

Answer 1
Answer:

Cells need to grow and prepare itself during interphase to make sure that they don't just get smaller and smaller.

INTERPHASE:

Interphase is regarded as the resting phase of the cell cycle because it occurs between two successive celldivisions.

It is the phase where the cell increases in content (growth), replicates its DNA and prepares itself generally for the next celldivision.

The interphase consists of G1, G2, and S phases.

Therefore, cells need to grow and prepare itself during interphase to make sure that they don't just get smaller and smaller.

Learn more about interphase at: brainly.com/question/13764363

Answer 2
Answer: Befor the cell divides it goes through a process called Interphase. Interphase is composed of a few other different sub-phases, but the basic point is that the cell ends up duplicating it's DNA and organelles and growing. By the time the cell reaches the final stage in the cycle it essentially 2 complete cells witch finally divide .


 - i really hope that this helpss veryy well .

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The result that may be obtained from testing a hypothesis

Answers

A scientific theory can be made by testing something.

The body of tapeworm is segmented but it doesnot belong to phylum annelidai why​

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Answer:

look

Explanation:

Flatworms, roundworms, and segmented worms are all invertebrates. Some species of each type of worm are free-living, meaning they are not dependent on another organism.Some are parasitic.

Flatworms belong to phylum Platyhelminthes. They do not have a coelom, respiratory system or a circulatory system.Tapeworms flukes are examples of flatworms.

Roundworms are part of the phylum Nematoda. They are bilaterally symmetrical invertebrates.They have a psuedocoelom. Ascaris lumbricodes is the most common human parasite.

Segmented worms are the most complex animals of these three invertebrates. They are placed in Annelida. Segmented worms have a true coelom, a circulatory system and a digestive system.An earthworm is a segmented worm.

Final answer:

Although tapeworms have segmented bodies, they do not belong to the phylum Annelida due to key biological differences. The segments in tapeworms are reproductive and not involved in locomotion or digestion, unlike in Annelids, and their nervous systems are structurally different.

Explanation:

The body of a tapeworm is indeed segmented, but it does not belong to the phylum Annelida because there are key differences in their biological make-up. Annelids, such as earthworms, have bodies made up of similarly structured segments with a central nervous system. Moreover, these segments have the potential to function independently.

On the contrary, tapeworms, which belong to the phylum Platyhelminthes, while they have segmented bodies, their segments don't have an independent functional capacity. In tapeworms, these 'proglottids' are reproductive in nature and not involved in locomotion or digestion like the segments in Annelids. Additionally, their nervous systems are structurally different from that of the Annelida.

Learn more about Tapeworm here:

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Greek philosophers such as Democritus and Aristotle had ideas about the composition of matter. For example, Democritus believed matter was made of tiny, solid spheres that he called atomos, and Aristotle thought matter was made of earth, water, fire, and air. Aristotle's idea of matter was the accepted idea for over 2,000 years until John Dalton came up with a new theory about matter based on his experimental data. Which of the following best explains why Dalton’s theory became more widely-accepted over Aristotle's theory?Aristotle’s theory did not have enough direct evidence due to poor observational tools.


Dalton’s theory had repeated observations which were supported by extensive evidence.


Dalton’s theory was more complete because more respected scientists found the ideas possible.


Aristotle’s theory became the law of conservation of mass when he documented phase changes of matter.

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Answer:

The correct answer based on what you provided would be B, or the second answer.

Explanation:

There is evidence in the text to support the answer, and people tend to believe conclusive results over just believing in something, and Dalton's theory was based on results.

The second one daltons theory was based on experimenting

Which of the following statements is true of offspring from organisms that reproduce asexually? A. Offspring are genetically identical to the parent. B. Offspring are genetically different from the parent. C. Offspring have no features like the parent. D. Offspring have some features like the parent.

Answers

Answer:

The correct answer would be A. Offspring are genetically identical to the parent.

Asexual reproduction refers to the type of reproduction in which only a single parent is involved.

It does not involve the formation and fusion of gametes.

Consequently, the offspring produced contain genetic material identical to their parent cell or organism due to which offspring produced through asexual reproduction are often termed as a clone.

Different types of asexual reproduction are fission, fragmentation, budding et cetera.

(This is very late o-o)

Correct answer: A. Offspring are genetically identical to the parent.

Gouges made by ice sheets are

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Gouges made by ice sheets are erosion.

Explain how the force of air resistance depends on an object's speed

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for smaller , slowing moving objects the force of air resistance varies a the first power of V ,for larger and faster objects, air resistance varies as the square of speed. V^{2} ..Hope this helps!!