A cell with diploid number of 50 has just completed telophase and cytokinesis. How many chromosomes will each daughter cell have?.
Answers
A cell with a diploid number of 50, after completing telophase and cytokinesis, will result in two daughter cells, each with 50 chromosomes.
During telophase, the chromosomes have already undergone replication and are in the form of sister chromatids. As cytokinesis occurs, the cytoplasm divides, separating the two sets of chromosomes into individual daughter cells.Since the cell is diploid, it means it contains two sets of chromosomes, one inherited from each parent. In this case, the diploid number is 50, so there are 50 pairs of chromosomes in the parent cell. During cell division, each daughter cell receives an equal number of chromosomes. Therefore, after telophase and cytokinesis, each daughter cell will have the same number of chromosomes as the parent cell, which is 50 chromosomes. It's important to note that the daughter cells are genetically identical to each other and to the parent cell since they contain the same set of chromosomes.
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Related Questions
Why i it important for the oxygen that enter your bloodtream to reach your cell?
Answers
It is important for the oxygen that enters your bloodstream to reach your cell in order to reach every part of the body to fulfill the oxygen demand.
All red blood cells contain a red pigment known as hemoglobin. Hemoglobin is where oxygen binds and is transported throughout the body. The oxygen that is inhaled (breathed in) is carried through the bloodstream by red blood cells in tiny blood vessels in the lung to all parts of the body.
For metabolism, which produces carbon dioxide as a waste product, the cells require oxygen. The blood plasma transports the carbon dioxide back to the lungs via the bloodstream after it is absorbed from the cells and some of it binds to hemoglobin. When we exhale, it leaves the body there.
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(complete question)
Why it is important for the oxygen that enters your bloodstream to reach your cell?
Explain the concepts of structure and function. How might structure and function relate to biology (the study of living things)?
Please give me an explanation!! Will mark as brainliest !!!! This will be worth 10 points!!!!
Answers
Structure dictates function is one among biology's core ideas; how something is put together enables it to carry out a certain purpose. This is often seen at every level of the biological organization hierarchy, from atoms to the biosphere.
The link between structure and performance is what allows all living things and living systems, from molecules to organisms, to function successfully.
What about structure and function?Numerous fields of science and engineering share the thought of structure and function, sometimes referred to as form and function.Scientists might want to understand how an organism's structure or the composition of a substance affects how it functions or behaves.Then, a spread of other phenomena may be explained by this underlying physical link (a relationship between structure and function).For instance, the body's metabolic requirements must be satisfied by the flow of oxygen and CO2 through the tissues and into the lungs.Load-bearing structures include things like buildings, skeletons, anthills, beaver dams, and salt domes.The infrastructure of a person's society is made up of buildings and non-building structures that are the outcome of construction.Production is simpler and of higher quality when workers with similar abilities and experiences are grouped together.There is little time spent acquiring new skills because roles and responsibilities don't vary often, and responsibility is clear .Learn more about structure and performance here:
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How many molecules of oxygen are needed for cellular respiration to take place?
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Answer:
it is 6
Explanation:
all you had to fo was research
ANSWER ASAP PLEASEEEEEE!!!!!! ILL GIVE 100 POINTS!!
Answers
Answer:
I would say C
Explanation:
Answer:
D
Explanation:
Which scientist was harshly criticized for his theories on "inheritance of acquired characteristics?"
- Jean Baptiste Lamarck
- Alfred Russel Wallace
- Georges Cuvier
- Charles Lyell
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An insertion mutation usually causes more defects than a point mutation because insertion mutations _____.
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An insertion mutation typically causes more defects than a point mutation because insertion mutations involve the addition of extra nucleotides into the DNA sequence.
This insertion disrupts the reading frame of the gene, leading to significant changes in the subsequent amino acid sequence during protein synthesis. As a result, the protein produced from the mutated gene may have an altered structure or function, potentially leading to more severe consequences.Insertion mutations can have various effects on the protein. They can introduce premature stop codons, resulting in a truncated and non-functional protein. Alternatively, the insertion can shift the entire reading frame downstream, leading to a completely different sequence of amino acids. This disruption often renders the protein non-functional or significantly impairs its normal activity.In contrast, point mutations involve the substitution of a single nucleotide, which may or may not result in a change of amino acid. While point mutations can still have detrimental effects, they are generally less disruptive than insertion mutations, as they do not alter the reading frame or introduce significant changes to the protein structure.For more questions on DNA sequence
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explain how ATP can be compared to a rechargeable battery.
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Explanation:
when it's fully charged it's a ATP and when it's runs down it's ADP
and there are times when the cells need more energy and splits off another phosphate so it goes from ADP adenoside di-phosphate, to AMP, adenosine mono-phosphate
and there you have it
Explain how selective breeding is done. Describe how this helps farmers to increase crop and poultry production.
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Answer:
Selective breeding is when a human or farmer in this case selects two plants or chickens with the best traits in order to get a good yield and quality for the products they are producing. I hope this helps!
Pl help it’s for a grade
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Answer:
A
Explanation:
A
Answer:
i think a
Explanation:
sorry if wrong
PLEASE HELP ME!! IS THIS RIGHT??
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yes ! it is correct
Answer:
Yes
Explanation:
Help please I will mark brainlist!!
Answers
Answer: i think the answer c
Explanation:
True or False: If the genotype of a trait for dark hair is "HH", a genotype of "Hh" will also produce dark haired offspring.
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In a population of giraffes, in a 12-month period, 70 giraffes were born and 45 giraffes died. How did the population change during the 12- month period? (Assume all other factors did not change).
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There is increase in the population of giraffes as the number of giraffes born is more than the number of giraffes died. If all other factors remain constant then the only component that affect here will be : births and deaths.
Population density and growth are influenced by a variety of causes, and these factors may cause fluctuations in population size throughout time.
The birth rate (b) and mortality rate are the two primary variables influencing population increase (d). Animals experience starvation and sickness when population density exceeds the carrying capacity of their habitat.
Anything that limits the size of a population and slows or prevents its growth is referred to as a limiting factor. Biological factors including food, mates, and competition with other species for resources are some examples of limiting constraints.
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What type of graph is best to use for showing the relationship between multiple sets of data? Why?
Answers
A bar graph is best to use for showing the relationship between multiple sets of data because it convey relational information in a visual manner quickly.
Define bar graph.A bar graph or chart displays categorical data using rectangular bars with heights or lengths proportional to the values they represent. Both vertical and horizontal plots of the bars are possible. Column charts are another name for vertical bar charts.
Comparisons between distinct categories are shown in a bar graph. The chart's two axes, one for measured value and the other for the specified categories under comparison, are shown. In certain bar graphs, clusters of multiple bars that represent the values of multiple measured variables are clustered together.
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If the lysosome and cell membrane were missing from the animal cell would the cell
be able to maintain homeostasis?
No, because the lysosome and the cell membrane aren't needed
Yes, becuse the lysosome and the cell membrane aren't needed
No, because the lysosome and the cell membrane are needed
Yes, because the lysosome and the cell membrane are needed
Answers
Answer: No, because the lysosome and the cell, membrane are needed.
If cells didn't have a membrane, the cell would just melt everywhere. If we didn't have lysosomes, there would be a lot of toxins in the cells.
Hope this helps :)
How could Edgar separate the salt out of the salt-water mixture? A. use a magnet to attract the salt B. use chromatography C. evaporate off the water D. pour the mixture through a screen
Answers
Carefully remove the salt from the salt-water mixture and let the water evaporate.
What are the benefits of salt water?Magnesium, zinc, iron, and potassium are just a few of the minerals abundant in saltwater. They can aid in the healing of any scrapes, cuts, or sores while also reducing inflammation and protecting our skin. In addition to enhancing lymphatic fluid flow, salt water also can help minimize the appearance or cellulite.
Is consuming saltwater healthy?Due to its high salt content, salt water, especially ocean water, should not be consumed. The consumption of seawater can worsen dehydration because humans were designed to consume fresh water. It can seriously harm your body and increase your thirst if you consume salt water.
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how does the kidney regulate blood pH
Answers
In which organ does most digestion take place?
Answers
Answer:
The Small intestines..
cells can respond to ________ hormone(s) at the same time.
. A.)several hundred. B.)an unlimited number of. C.)a few. D.)only one.
Answers
Cells can respond to several hundred hormones at the same time. So, option A) is correct.
Each hormone interacts with specific receptors on the surface of the cell, triggering a cascade of biochemical reactions that lead to a specific cellular response. While some cells may only have a few receptors for a given hormone, others may have hundreds or even thousands.
This allows cells to finely tune their response to a variety of signals from the body's hormonal system.
For example, cells in the pancreas respond to multiple hormones to regulate blood sugar levels, while cells in the thyroid gland respond to several hormones to control metabolism. In addition, many hormones have overlapping or synergistic effects, meaning that they work together to produce a greater effect than any one hormone alone.
Overall, the ability of cells to respond to multiple hormones at the same time is a crucial aspect of the body's complex regulatory system.
So, option A) is correct.
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Question 71
Fungal spores, bacterial and animal dander are examples of
a. Particulate matter
b. Biological pollutants
c. Allergens
d. pathogens
Answers
b. Biological pollutants.
Explanation:
Fungal spores, bacterial and animal dander are examples of biological pollutants. These are substances in the indoor environment that originate from living organisms and can have harmful effects on human health. Other examples of biological pollutants include pollen, dust mites, viruses, and bacteria.
These pollutants can cause allergic reactions, respiratory problems, and other health issues. To reduce exposure to biological pollutants, it is important to maintain good indoor air quality by controlling humidity levels, using air filters, and ensuring proper ventilation. Regular cleaning, including dusting and vacuuming, can also help reduce levels of biological pollutants in the indoor environment.
. Explain how the polarity of water is a major factor that
controls the rate of infiltration in soils. 300 words
Answers
The polarity of water is a major factor that controls the rate of infiltration in soils. This phenomenon is primarily attributed to the unique properties of water molecules and their interactions with soil particles.
Water is a polar molecule, meaning it has a slight positive charge at one end (hydrogen) and a slight negative charge at the other end (oxygen). This polarity arises due to the unequal sharing of electrons between hydrogen and oxygen atoms within the molecule. As a result, water molecules exhibit an electric dipole, with the oxygen side being more electronegative and the hydrogen side being more electropositive.
When water comes into contact with soil particles, which may be composed of minerals or organic matter, the polarity of water plays a crucial role in infiltration. The surface of most soil particles carries a net negative charge (known as a negative surface charge). These charged particles attract the positively charged hydrogen ends of water molecules through electrostatic forces.
This attraction between water molecules and soil particles helps to overcome the force of gravity acting against infiltration. Water molecules bind to the soil particles and create a thin film of water around them. This process is known as adsorption. The adsorbed water molecules create a bridge between soil particles, reducing the friction between them and facilitating further infiltration.
Moreover, the polarity of water also contributes to its cohesive and adhesive properties. Cohesion refers to the tendency of water molecules to stick together, while adhesion refers to the ability of water molecules to adhere to other surfaces. These properties allow water to form continuous columns or chains, enhancing its movement through soil pores and facilitating infiltration.
Additionally, the polarity of water enables it to dissolve various substances. Soil particles often contain ions, organic compounds, and nutrients that are essential for plant growth. Water's ability to dissolve and transport these solutes further aids in nutrient uptake by plants during infiltration.
In summary, the polarity of water is a critical factor influencing the rate of infiltration in soils. Its ability to form hydrogen bonds with soil particles, reduce friction, and facilitate the movement of water through soil pores is essential for efficient water infiltration and nutrient transport in terrestrial ecosystems.
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Which of the following do Meiosis and Mitosis have in common?
A.
They are considered to be reduction divisions as the processes result in additional cells.
B.
The genetic composition of the daughter cells is identical to the parent cell.
C.
In both processes the DNA replicates during interphase.
Answers
Answer:
it c for sure
Explanation:
Worms break down dead plants in the soil to release nutrients. Which property of nutrients shows that they are a type of matter?.
Answers
Decomposition- the break down of dead organisms.
Help please! I don’t know how to respond
Answers
Answer:
Explanation:
You need to know their Domain, Kingdom, Phylum, Class. Order, Family, Genus, and Species. You can differentiate them if they produce their own food or not. Cell structures and general structures may also help you identify these specimens.
You would not classify these organisms together. The first image depicts a deep sea creature, likely an octopus. The second shows a waterbear or a Tardigrade, which is a microscopic animal. The next shows a plantlike structure. And the final shows a sea anemone, which is an animal as well.
(This is the best help I can give to you, Goodluck)
10 different terminologies used in biology
Answers
abdomenabdomenabiogenesisabdomenabiogenesisabsorptionabdomenabiogenesisabsorptionactivation energyabdomenabiogenesisabsorptionactivation energyactive transportabdomenabiogenesisabsorptionactivation energyactive transportalleleabdomenabiogenesisabsorptionactivation energyactive transportallelealternation of generationsabdomenabiogenesisabsorptionactivation energyactive transportallelealternation of generationsanabolismabdomenabiogenesisabsorptionactivation energyactive transportallelealternation of generationsanabolismGenegenitic
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What does the ATOMIC MASS tell us about an atom?
neutrons + electrons
protons + electrons
protons + neutrons
Answers
Answer:
Protons + neutrons
Explanation:
Atomic mass is the group of masses of protons and neutrons in the nucleus of that atom
if a transmembrane protein is synthesized with its n-terminal facing the er lumen and its c-terminal facing the cytoplasm, when the protein reaches the plasma membrane will the n-terminal be facing the extracellular space?
Answers
Yes, if a transmembrane protein is synthesized with its N-terminal facing the ER lumen and its C-terminal facing the cytoplasm, the N-terminal will be facing the extracellular space when the protein reaches the plasma membrane.
This is because during the process of protein maturation and trafficking, the transmembrane protein is inserted into the membrane with its N-terminal facing the extracellular space and its C-terminal facing the cytoplasm. This orientation is determined by specific signals within the protein sequence, which guide the protein to the correct location in the cell and ensure that it is correctly inserted into the membrane.
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Which characteristic of life best describes the process of photosynthesis?
using energy
containing cells
reproducing
growing and developing
Answers
Answer:
Growing and Developing
Explanation:
I took this assignment
Can someone let me know the answer I need this to pass and idk how to do this plzz
Answers
Answer:
Explanation:
1) d
2) a
3) b
4) b
5) c
6) a
7) a
8) d
hope this helps
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1. The enzyme pepsin is found in the stomach. Which medicine is most likely to directly interfere with pepsin's function?
A. a medicine that blocks neural impulses
B. a medicine that affects pH
C. a medicine that prevents clotting
D. a medicine that lowers cholestrol levles