The material that contains the genetic code in a chromosome is

Answers

Answer 1
Answer:

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Answer:

DNA molecule

Explanation:

In the nucleus of each cell, the DNA molecule is packaged into thread-like structures called chromosomes. Each chromosome is made up of DNA tightly coiled many times around proteins called histones that support its structure.


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Which best describes why acetic acid (CH3COOH) is an organic compound, but sodium hydroxide (NaOH) is not?

Answers

CH3COOH is considered an organic compound since it contains a chain of carbon. An organic compound is a class of organic compound that contains one or more carbon atom covalently linked to other elements. Inorganic compounds, on the other hand, is a compound that doesn't necessarily have a carbon atom.

Answer:

C. Acetic acid contains a significant amount of carbon, but a sodium hydroxide contains no carbon.

Explanation:

Organic compounds are based on carbon. They also, almost always, include hydrogen as well.

Correct on the Edge exam.

After cell division each daughter cell hasa.a lower surface area/volume ratio than the parent cell
b.a higher surface area/volume ratio than the parent cell
c. more DNA in its nucleus than the parent cell
d.less DNA in its nucleus than the parent cell

Answers

The surface area to volume ratio will be higher as compared to the parent cell after cell division. Hence, option B is correct.

Further Explanation:

Cellular division is known to be the process through which the parental cell segregates into two or more daughter cells. This process generally occurs as a segment of a larger cell cycle. It comprises of 2 main stages, interphase and M-phase. Interphase is further segregated into:

  1. G1 phase wherein the cell prepares itself for the upcoming events.
  2. S phase is the phase where DNA synthesis occurs
  3. G2 phase is the phase wherein the cell gets ready for the M phase.  

M phase or mitotic phase is the next stage after interphase and is segregated into 4 phases:

  1. Prophase is the first event which occurs and in this the nuclear envelope disappears, mitotic spindle formation starts, and chromosome condensation begins.  
  2. Metaphase is wherein the alignment of chromosome occurs on the equatorial plate.  
  3. Anaphase is the phase wherein the chromosomes segregate towards the opposite ends
  4. Telophase is the final stage and division of the two daughter cells is completed.  

During cellular division, the cell segregates into 2 daughtercells and as the cell becomes larger, the volume elevates rapidly as compared to its surface area. Hence, option B is correct. The reduction in the cell’s ration of the volume to surface area makes it difficult for the cell to transport the required substances in and move out the waste products quickly enough for the cell to survive.

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Answer Details:

Grade: High school

Subject: Biology

Chapter: Cell Division

Keywords:

Cell division, cellular division, interphase, cell cycle, metaphase, M phase, G1 phase, prophase, G2 phase, telophase, S phase, anaphase, surface area, volume, ratio.

Final answer:

OPTION A.

After cell division, each daughter cell has a higher surface area/volume ratio than the parent cell. This is due to the division resulting in two smaller cells with same DNA content. This increased ratio is beneficial for the exchange of material across cell membrane.

Explanation:

After cell division, each daughter cell has a higher surface area/volume ratio than the parent cell. When a cell divides, it splits into two smaller cells, reducing the volume but not reducing the surface area in the same proportion. This results in each daughter cell having a larger surface area relative to its volume. This increased ratio is important because it allows for more efficient exchange of nutrients and waste products across the cell membrane.

The amount of DNA in each daughter cell is the same as in the parent cell because during cell division, the DNA is copied and then distributed evenly between the two resulting cells. Therefore, option c and d are incorrect.

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Select all that apply. Characteristics of mitosis include _____.

a.) the most common kind of cell division

b.)four daughter cells produced when parent cell divides

c.)same number of chromosomes in each daughter cell as in the parent cell

d.)different DNA in the daughter cell than in the parent cell

Answers

Answer;

a.) the most common kind of cell division

c.)same number of chromosomes in each daughter cell as in the parent cell.

Explanation;

-Mitosis is a type of cell division which takes place ins the body cells or the somatic body cells, where the parent cell divides to give two daughter cells that have the same number of chromosomes as the parent. Thus, if the parent cell will be diploid (2n) then the daughter cells will also be diploid (two sets of each chromosome).

-This type of cell division plays an important part in the development of embryos, and it is important for the growth and development of human bodies as well.

Final answer:

Mitosis is the most common cell division and results in two daughter cells with the same number of chromosomes as the parent cell. It doesn't produce four daughter cells and the daughter cells' DNA is identical to the parent cell's, not different.

Explanation:

The characteristics of mitosis include that it is the most common kind of cell division (option a) and that the resulting daughter cells have the same number of chromosomes as in the parent cell (option c). This is because mitosis involves duplicating the parent cell's DNA to create two identical daughter cells. Option b is incorrect because four daughter cells are produced in meiosis, not mitosis. Lastly, option d is also incorrect as the daughter cells in mitosis contain identical DNA to the parent cell, not different.

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The core of an atom contains protons and __________.

Answers

The core of an atom contains protons and neutron I believe that is the correct answer.
Neutrons.
Electrons are on the outside the atom.

Gregor Mendel crossed homozygous tall plants (TT) with homozygous short plants (tt). All the resulting offspring were tall. From these results, what conclusion did Mendel draw?

Answers

We are given with 2 genes homozygous tall plants (TT) with homozygous short plants (tt). The ensuing offspring are tall, which implies the dominant attribute is tallness. this can be true since the chance of various height like all are short or some are tall and short could also be doable. answer is a

allele for tall plant height was dominant


Explanation:

Gregor Johann Mendel, called the "father of recent biology," was born in European country in 1822. His experiments showed that the inheritance of bound traits in pea plants follows explicit patterns, later turning into the inspiration of recent biology and resulting in the study of heredity.

The conclusion he drew was that the allele for tall plant height was dominant to that of short plant height.

Advantages and disadvantages of indoor production broiler? And the barriers to expanding the free-range segment of the broiler industry. The answer focus on consumer preferences , product quality bird physiology nutrition and environmental factor

Answers

Answer:

Explanation:

The benefits of indoor production (for broilers) include regulated settings, reduced risk of illness, and optimal development circumstances. Optimal temperature, humidity, and illumination management improve feed efficiency and year-round output.

Limitations in space might affect the quality of the meat and the wellbeing of the birds in indoor production (broilers). Bird quality can be impacted by poor air quality, stress from overpopulation, and other factors. There are also issues with the environment and possible antibiotic usage.

Consumer preferences, unpredictable product quality, slower growth rates, greater feed requirements, weather-related dangers, and regulatory obstacles all work against the expansion of free-range broiler production. Addressing quality, welfare, sustainability, and public awareness are necessary to strike a balance amongst these aspects.

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Advantages of indoor production for broilers include better control over environmental factors such as temperature, lighting, and ventilation, which can lead to improved bird growth and feed conversion. Indoor production also allows for year-round production regardless of weather conditions. Additionally, it can provide protection from predators and diseases.

Disadvantages of indoor production include potential concerns about animal welfare, as broilers may be confined to limited spaces. There may also be higher risks of disease transmission due to close proximity of birds. Indoor production systems may require more energy for heating, cooling, and lighting, contributing to environmental impact.

Barriers to expanding the free-range segment of the broiler industry include consumer preferences, as some consumers may prefer the affordability and convenience of conventionally raised broilers. Product quality can also be a challenge, as free-range broilers may have different growth rates and muscle development compared to conventionally raised broilers. Bird physiology and nutrition need to be carefully managed to ensure proper growth and health in free-range systems. Lastly, environmental factors such as land availability and potential exposure to predators can limit the expansion of free-range broiler production.