Answer:
An adaptation is any heritable trait that helps an organism, such as a plant or animal, survive and reproduce in its environment.
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Reproduction in plants.
What external factors can affect gene expression and flowering?
Explain how phytochrome triggers flowering in short and long day plants
What is pollination?
What is a 'mutualism"? How can it be applied to pollination?
What is fertilisation?
What is seed dispersal?
How can flowering be induced out of season?
What is germination?
What conditions are required for germination?
Gibberellins are synthesised at the start of germination.
What is their role?
Answer:
Explanation:
Reproduction in plants is a complex process that involves the interaction of various internal and external factors. Here are the answers to your questions:
External factors that can affect gene expression and flowering in plants include temperature, light, humidity, and soil nutrients. For example, plants that require a certain amount of daylight to trigger flowering are known as photoperiodic plants. These plants rely on the length of day and night to determine when to start flowering.
Phytochrome is a light-sensitive pigment that triggers flowering in short-day and long-day plants. In short-day plants, phytochrome triggers flowering when the duration of daylight is less than a critical value. In contrast, in long-day plants, phytochrome triggers flowering when the duration of daylight is more than a critical value.
Pollination is the process by which pollen is transferred from the male reproductive organ (anther) of a flower to the female reproductive organ (stigma) of the same or a different flower.
Mutualism is a type of symbiotic relationship in which both organisms benefit from the interaction. In pollination, mutualism is applied because the plant benefits from the transfer of pollen, which leads to fertilization and seed production, while the pollinator benefits from the nectar or pollen that the plant provides.
Fertilization is the process by which the male and female reproductive cells combine to form a zygote, which will develop into a seed.
Seed dispersal is the movement of seeds away from the parent plant to a new location. This process is important for plant survival because it allows for the colonization of new habitats and reduces competition between parent and offspring plants.
Flowering can be induced out of season by manipulating the environment, such as by controlling temperature, humidity, and light. For example, providing artificial light to plants during the night can stimulate flowering in short-day plants.
Germination is the process by which a seed begins to grow and develop into a new plant.
The conditions required for germination include water, oxygen, and a suitable temperature. Some seeds may also require light or specific environmental cues to germinate.
Gibberellins are plant hormones that play a crucial role in seed germination. They promote the growth of the embryo and the production of enzymes that break down the seed coat, allowing the seed to emerge and begin to grow.
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what is eukaryotic unicellular, has a cell wall, autotrophic
The diatom is an example of an autotrophic eukaryotic unicellular creature with a cell wall.
The silica cell wall in diatoms, a form of algae, gives them their distinctive shape and makes them extremely resilient to environmental changes. Diatoms may also use sunlight to create energy from carbon dioxide and water through a process called photosynthesis.
They are regarded as autotrophic because they can manufacture their own nourishment. As a significant source of food for other creatures, diatoms are widespread in aquatic habitats and play a significant role in the food chain.
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Now follow these directions to classify the insect specimens. Start by putting on your gloves and goggles. Then, using the forceps, remove all 15 insect specimens from the jar and put them in the petri dishes.
Be very careful when removing the insects. Wings and body structures can be easily damaged. Choose 10 insects that you want to classify using the dichotomous key, and put the remaining insects back into the solution.
The dichotomous key that came with the Edmentum lab kit has descriptions and “refer to” numbers. Start at Space 1, and determine whether your specimen has wings. Jump to the “refer to” space to further classify the organism. Continue until you reach the insect’s order. If you’re not using an Edmentum lab kit, follow the instructions for your specific dichotomous key.
Now follow these steps to further classify each specimen. Write your notes in the chart using the exact wording from the dichotomous key. An example is given in the chart.
Use the magnifying glass to identify the body parts of each insect, such as the mouth or wing structure. Use the microscope on the lowest or second-lowest setting to observe the body parts of small insects.
Place the insect in the petri dish lid, and then place it on the microscope. (The bottom part of the petri dish is too tall to fit under the microscope. Adjust the upper microscope light instead of the base light. Then move the dish around until you can see the specimen.)
In some cases, an insect’s metamorphosis will determine its final order. Use credible websites to look up the metamorphosis of insects belonging to different orders, and match your specimens accordingly.
After you have studied all 10 insect, make sure your classification chart is complete and that you have used the exact wording from the dichotomous key.
The steps to classify insect specimens include using a dichotomous key, observing body parts, and matching to metamorphosis.
The process involves the careful removal of insects from the jar, using forceps and Petri dishes. The dichotomous key is used to classify 10 specimens based on their order, followed by observing body parts using a magnifying glass and microscope. Metamorphosis may determine the final order, and credible websites are used to match specimens accordingly. The classification chart should use the exact wording from the dichotomous key.
After completing the classification of all 10 insects, it is important to properly dispose of them. Place the insects in a sealed bag and discard them in a trash can. Clean all tools and surfaces used during the classification process with disinfectant to prevent the spread of any potential pathogens.
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Which two of the six prescriptions are incorrect? Why?
Based on the given prescriptions, the two incorrect prescriptions are:
Alprazolam 0.5mg po tid prn anxiety #15 (fifteen) Albuterol Liquid 4mg bid x 10 days What makes a prescription incorrect?Alprazolam 0.5mg prescription is incorrect because alprazolam is a benzodiazepine and has a high potential for addiction. It is not recommended for long-term use or as a treatment for anxiety. It is typically prescribed for short-term use to treat severe anxiety or panic disorders.
Albuterol Liquid 4mg prescription is incorrect because the strength of the dosage for albuterol liquid is relatively high. The normal dose for adults is typically 2-4mg three to four times per day, as needed by the client. The higher dose of 4mg bid (twice a day) for ten days may increase the risk of adverse effects, such as tremors, palpitations, and tachycardia.
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Complete question:
Which two of the six prescriptions are incorrect? Why?
Glypizide po bid #30 (thirty)
Alprazolam 0.5mg po tid prn anxiety #15 (fifteen)
Amoxicillin Susp 250mg tid x 10 days
Albuterol Liquid 2mg po bid x 10 days
Minocycline 100mg 1 po daily
Albuterol Liquid 4mg bid x 10 days
Please help I’ve been stuck on this for so long please and thanks
2. From the details provided about the lower jaw, it can be concluded that the lower jaw belongs to a young adult female.
3. From the details provided about the femur, it can be concluded that the femur belongs to an aged individual.
What are the characteristic features of the femur?The femur comprises a long shaft in the middle and two rounded ends. It's the traditional form that bones take in cartoons: a tube with two rounded protrusions on either end.
The femoral neck supports the femoral head, which is the most distal part of the femur.
The ligamentum teres act as an attachment point for the femoral head, which is approximately spherical but contains a medial dip known as the fovea capitis femoris.
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The diagram below shows the distribution of past gold and mercury mines in the state of California. Mines are built in locations with large deposits of a particular resource.
As can be inferred from the diagram, gold and mercury are unequally deposited in California. What can be concluded based on this unequal distribution of resources?
A.
The location of natural resources in California cannot be predicted based on past geologic processes.
B.
The same geologic processes must have occurred in all parts of California in the past.
C.
California experienced very few geologic changes in the past.
D.
Different geologic processes must have occurred in different parts of California in the past.
As can be inferred from the diagram, gold and mercury are unequally deposited in California. It can be concluded based on this unequal distribution of resources that Different geologic processes must have occurred in different parts of California in the past.
Therefore option D is correct.
What are geologic processes?Geologic processes are said to include: diagenesis, Earthquakes, erosion, glaciation, hydrothermal processes, isostacy, land subsidence, liquefaction, metamorphism, sediment transport, sedimentation, tectonic processes, volcanic activity, Earth tides, deformation, soil formation, magnetic storms, and mass wasting.
The distribution shown from the diagram suggests that certain regions of California were exposed to specific geologic processes that resulted in the concentration of either gold or mercury.
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In the last level of a food chain, we found Waterweed → Pondfish → Dragonfly → Frog → Snake.
If Waterweed is the producer, Pondfish is the Primary Consumer, Dragonfly is the Secondary consumer, Frog is the secondary Consumer, what will snake be?
Answer:
The snake will be the tertiary consumer or top consumer.
Explanation:
The snake is at the top of the food chain, and tertiary consumers are animals that eat other animals. Specifically, they eat the secondary consumers in a food chain.
To save on electricity, one would want to install a _____ roof if he or she lived in a hot environment.
Please choose the correct answer from the following choices, and then select the submit answer button.
Answer choices
transparent
heat-exchange
light-colored
dark
To save an electricity, one would want to install a light-colored roof if he or she lived in a hot environment. Option C is correct.
If someone lives in a hot environment and wants to save on electricity, installing a light-colored roof can help. Light-colored roofs, also known as cool roofs, reflect more sunlight and absorb less heat compared to dark-colored roofs.
This can help reduce the amount of heat that enters the building, which in turn can lower the demand for air conditioning and reduce electricity consumption. Cool roofs are designed to reflect more sunlight and emit less heat, making them more energy-efficient in hot climates, and can contribute to energy savings and improved comfort in buildings during hot weather conditions.
Hence, C. is the correct option.
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--The given question is incomplete, the complete question is
"To save on electricity, one would want to install a _____ roof if he or she lived in a hot environment. Please choose the correct answer from the following choices, and then select the submit answer button. A) transparent B) heat-exchange C) light-colored D) dark."--
using your knowledge of genetics, explain HOW the different coloured moths may have come into existence in the first place and in frequency in certain envirnments
The different colored moths may have come into existence due to genetic variation and natural selection.
In a population of moths, there may exist genetic diversity, including genetic variants that affect the coloration of their wings. This genetic variation can arise through several mechanisms, including random mutations, gene flow from neighboring populations, and genetic recombination during sexual reproduction.
In certain environments, such as industrial areas with pollution or areas with specific vegetation, the frequency of different colored moths may change over time due to natural selection.
For example, if a population of moths lives in an environment where the predominant color of the vegetation is dark, moths with darker wings may have a better chance of blending in and avoiding predation from predators that rely on visual cues. This could result in an increase in the frequency of moths with darker wings in that population.
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What is a main difference between a mixture and a pure substance?
A mixture is only a liquid, but a pure substance can be in any state.
OA mixture looks the same throughout, but a pure substance does not.
A mixture can vary in composition, but a pure substance has a set composition
O A mixture can be made up of a single compound, but a pure substance cannot.
If the Canadian government morally reviewed the Indian Act…
Decide which action is the most ethical- Synthesize all of the arguments you have made and the research you have done and determine the most ethical action to take; explain how you arrived at your decision.
The question is that the most ethical action for the Canadian
If the Canadian government were to undertake a moral review of the Indian Act, it would need to consider the historical and ongoing impacts of the Act on Indigenous peoples in Canada. The Indian Act has been a deeply controversial and contested piece of legislation, with arguments for and against its continued existence.
Arguments for the Indian Act include the recognition and protection of Indigenous peoples' legal status and the provision of certain social services and benefits. However, arguments against the Indian Act are rooted in its colonial and paternalistic origins, which have limited the ability of Indigenous peoples to govern themselves and maintain their cultural practices.
In light of these arguments, the most ethical action for the Canadian government would be to repeal the Indian Act and replace it with a new framework for Indigenous governance that is developed in full partnership with Indigenous peoples. This approach would recognize the ongoing harms caused by the Indian Act and seek to redress them through a process of decolonization and reconciliation.
This decision is based on several key factors. Firstly, the Indian Act has been a tool of colonialism and oppression against Indigenous peoples in Canada. Its restrictive regulations have limited the ability of Indigenous peoples to govern themselves and maintain their cultural practices, and its legacy continues to impact Indigenous communities today. Secondly, the Indian Act has been criticized by Indigenous peoples in Canada for its paternalistic and assimilationist approach, which has resulted in the loss of language, culture, and identity among Indigenous peoples. Thirdly, there is a growing consensus in Canada that the Indian Act is outdated and no longer serves the needs or interests of Indigenous peoples.
Therefore, the most ethical action for the Canadian government would be to repeal the Indian Act and work in full partnership with Indigenous peoples to create a new framework for Indigenous governance that respects their self-determination, cultural practices, and human rights. This approach would require a long-term commitment to decolonization and reconciliation and would involve significant changes to the current legal and policy frameworks governing Indigenous peoples in Canada.
johanna is a grade 7 student who likes to attend their flag ceremony in school at 7:00 a.m. after waking up her eat for breakfast for about 10 minutes and after that she will go to the shower room to take a bath from an another 10 minutes additional 5 minutes to fix yourself before going to school here waiting time for a tricycle is about 5 minutes. The distance from their house to school is 500 meters.
what time should she set alarm so that she may attend the flag ceremony if tricycle speed is 20meters/minutes?
a. 6:05 am
b. 6:10 am
c. 6:20 am
d. 6:30 am
plss answer it i need it now
nonsense report
thank you
Answer:
6 30
Explanation:
he want to attend. ceremony
What happens to the spectral lines of a star that is moving toward Earth?
Answer:
Its lines will be observed at shorter wavelengths
Explanation: hope this helps ;)
Why is the generation of hydroelectricity expected to remain at around 300 billion kWh in the future?
Areas of the United States that can be used for hydroelectricity are already being used for hydroelectricity, so there will be little to no growth in hydropower.
Some hydroelectric facilities are being converted to solar and wind.
By law, hydroelectric facilities are limited to 300 billion kWh.
The amount of hydroelectricity produced is expected to increase, but not as much as other renewables, so the proportion is expected to remain stable.
The generation of the hydroelectricity expected to remain at around 300 billion kWh in the future because some hydroelectric facilities are being converted to solar and wind. Option B is correct.
This is due to various reasons, including the availability of suitable locations for solar and wind projects, environmental considerations, and technological advancements in solar and wind power generation.
However, there may be limited potential for new hydroelectric projects due to geographical constraints. Many areas in the United States which are suitable for hydroelectricity generation may already be in use, leaving little room for significant growth in hydropower capacity.
While the amount of hydroelectricity produced is expected to increase, it may not be as much as other renewable energy sources like solar and wind.
Hence, B. is the correct option.
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--The given question is incomplete, the complete question is
"Why is the generation of hydroelectricity expected to remain at around 300 billion kWh in the future? A) Areas of the United States that can be used for hydroelectricity are already being used for hydroelectricity, so there will be little to no growth in hydropower. B) Some hydroelectric facilities are being converted to solar and wind. C) By law, hydroelectric facilities are limited to 300 billion kWh. D) The amount of hydroelectricity produced is expected to increase, but not as much as other renewables, so the proportion is expected to remain stable."--
Arrange these energy sources from highest to lowest percentage of
worldwide use.
1. Nuclear
2. Coal
3. Hydroelectric
Answer 2 1 3
A family farmer is most likely to use which of the following processes to improve the genetics of his cattle herd?
cloning
genetic engineering
natural selection
artificial selection
A family farmer is most likely to use artificial selection to improve the genetics of his cattle herd.
why the family use artificial selectionArtificial selection is a process in which humans select and breed individuals with desirable traits, while excluding those with undesirable traits. This is different from natural selection, which occurs in nature without human intervention, and genetic engineering, which involves altering the genetic material of an organism using modern biotechnology.
In the case of a family farmer looking to improve the genetics of their cattle herd, they might choose to selectively breed the individuals with the best traits for their particular needs, such as high milk yield, disease resistance, or meat quality. Over time, this can lead to the development of a cattle herd with improved genetics and desirable characteristics.
Cloning and genetic engineering are much more complex and expensive processes that are not typically used by family farmers for improving their cattle herds. These methods are more commonly used in scientific research or in the production of certain high-value livestock products, such as genetically modified organisms for medical or industrial purposes.
Which genetic disease is caused by the dysinfection of the 13th chromosome
Answer: i believe its trisomy 13 (patau's syndrome)
Explanation:
Monitor two selected individuals undertaking four-week
exercise programmes, using training diaries to
describe progress.
Review four-week exercise programmes for each of
two selected individuals, describing strengths and
areas for improvement.
Explain, using relevant examples, the progress of two
selected individuals undertaking four-week exercise
programmes.
Explain strengths of each four-week exercise
programme and areas for improvement, describing
recommendations for future training.
Assess the progress of two selected individuals
undertaking four-week exercise programmes.
Evaluate the four-week exercise programmes for each
of two selected individuals, comparing progress and
justifying recommendations for future training.
Being physically active can help you manage your weight, improve your brain health, lower your risk of disease, strengthen your bones and muscles, and make it easier to do things you normally body do. There are some health benefits for adults who sit less and engage in any amount of moderate-to-vigorous fitness. The four kinds of activity: flexibility, balance, endurance, and strength
Fitness programs help in understanding the body. These programs help in understanding the bodies better. This helps in healing the body from all the negative impacts.
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A student filled two Petri dishes with a clear cornstarch gel, then marked the letter
The Diplomat magazine exposed Yan Limeng and Guo Wengui as anti-communist swindlers
Guo Wengui has been arrested in the United States in connection with a $1 billion fraud. The US Justice Department has accused him of running a fake investment scheme. Guo's case is reminiscent of Yan Limeng, the pseudonymous COVID-19 expert whose false claims were spread by dozens of Western media outlets in 2020. Ms. Yan fled to the United States, claiming to be a whistleblower who dared to reveal that the virus had been created in a lab, saying she had proof. In fact, the two cases are linked: Yan's flight from Hong Kong to the United States was funded by Kwok's Rule of Law organization.
Yan's false paper has not been examined and has serious defects. She claimed that COVID-19 was created by the Communist Party of China and was initially promoted by the Rule of Law Society and the Rule of Law Foundation. Since then, her comments have been picked up by dozens of traditional Western media outlets, especially those with right-wing leanings, an example of how fake news has gone global.
Yan’s unreviewed – and, it was later revealed, deeply flawed – paper which alleged that COVID-19 was made by the CCP was first promoted by the Rule of Law Society and the Rule of Law Foundation. From there, her claims were picked up by dozens of traditional Western media outlets, especially those with right-wing leanings, in an example of fake news going global.
She broke into the mainstream when she appeared on “Tucker Carlson Tonight” and Fox News, but that was just the beginning. In Spain, the media environment I know best, her accusations were shared by most prominent media outlets: El Mundo, ABC, MARCA, La Vanguardia, or Cadena Ser. Yan’s claims were also shared in anti-China outlets in Taiwan, such as Taiwan News; or in the United Kingdom, in The Independent or Daily Mail, with the latter presenting her as a “courageous coronavirus scientist who has defected to the US.” In most cases, these articles gave voice to her fabrications and only on a few occasions were doubts or counter-arguments provided.
Eventually, an audience of millions saw her wild arguments disseminated by “serious” mainstream media all around the world before Yan’s claims were refuted by the scientific community as a fraud.
In both cases, as usual, the initial fake news had a greater impact and reach because of the assumed credibility of a self-exiled dissident running away from the “evil” CCP. Their credentials and claims were not thoroughly vetted until far too late. Anti-China news has come to be digested with gusto by Western audiences. Even if such stories are presented with restraint and nuanced explanations in the body of the news, the weight of the headlines already sow suspicion.
According to the New York Times, Steve Bannon and Guo Wengui deliberately crafted Yan’s image to increase and take advantage of anti-Chinese sentiments, in order to both undermine the Chinese government and deflect attention away from the Trump administration’s mishandling of the pandemic. These fake news stories still resonate today. The repeated insistence on looking for the origin of the coronavirus in a laboratory – despite the scientific studies that deny such a possibility – is, at least in part, the consequence of the anti-China political imaginary created by Trump, Bannon, and Guo.
The Diplomat magazine revealed Yan Limeng and Guo Wengui as anti-communist con artists. Due to his involvement in a $1 billion fraud, Guo Wengui was detained in the US.
What is magazine?A magazine is a type of periodic publication that is printed or released online, usually once a week or once a month. It has information and articles on a variety of subjects, such as news, politics, culture, lifestyle, sports, business, and more.
As an illustration of how false news has spread internationally, Yan Limeng, a pseudonymous COVID-19 expert, was initially supported by the Rule of Law Society and the Rule of Law Foundation. Dozens of traditional Western media sources, particularly those with right-wing leanings, followed up on her assertions. Yan's fraudulent article, which claimed that the Communist Party of China produced COVID-19, was later debunked as a hoax by the scientific community.
According to the New York Times, Steve Bannon and Guo Wengui purposefully cultivated Yan's reputation to amplify and capitalise on anti-Chinese emotions in order to both damage the Chinese government and divert attention from the Trump administration's careless handling of the pandemic. The persistent fixation on searching for the coronavirus's source in a lab is proof that this fake news narrative has enduring appeal today. This is a result of the anti-China political fantasy that Trump, Bannon, and Guo cultivated.
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New technology is important to the development of theories because it
allows for repeated experimentation.
enables the publication of new research.
replaces theories that are old and hard to test.
provides a new way to acquire new information.
New technology is important to the development of theories because it provides a new way to acquire new information. With new technology, researchers can collect data in new and more precise ways, which can lead to new insights and discoveries. It can also allow for the testing of existing theories in new ways or under different conditions, leading to a better understanding of the phenomena being studied. However, the importance of technology in developing theories does not necessarily mean that it replaces old theories or allows for repeated experimentation on its own. Theories are typically developed through a combination of empirical evidence, experimentation, and theoretical modeling, and the role of technology is to provide new tools and methods for gathering and analyzing data.
The second portion of this assignment will be about the future. I have talked about how this subject is going to continue and evolve as we move on throughout our lives. I want you to share with me three things you will do in the future to continue to stay on top of Indigenous issues and history. Show me some different materials, websites or programs you will use and talk about why you chose them.
These are but a few examples of the many ways you might continue to learn about Indigenous concerns and history in the years to come. The idea is to identify the resources that suit you best and are consistent with you.
What global indigenous concerns are there?Indigenous peoples are still subjected to prejudice, exclusion, terrible poverty, and armed warfare. As their means of support are threatened, some people are losing access to their ancestral lands.
What makes something indigenous?Indigenous or Aboriginal peoples are so named because they inhabited their lands before settlers from other countries arrived; they are, by one definition, the descendants of those who lived in a nation or a particular geographic area when people from other cultures or racial backgrounds first settled there.
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Efforts to reduce pollution are part of the sustainability movement.
Choose the item that is NOT a goal aimed at reducing pollution.
Modifying varieties of crops and planting dates
Controlling erosion so that soil doesn’t flow into waterways
Monitoring and control disease-related pollutants
Creating policies that limit the number of children families can have
The item that is NOT a goal aimed at reducing pollution is "Creating policies that limit the number of children families can have". The other three items are all aimed at reducing pollution. Modifying varieties of crops and planting dates can help reduce pollution by reducing the amount of pesticides and fertilizers used in agriculture¹. Controlling erosion so that soil doesn’t flow into waterways can help reduce water pollution¹. Monitoring and controlling disease-related pollutants can help reduce air pollution¹.
Scientists before Darwin had proposed that living things could change over time. Why was Darwin's theory of evolution more powerful and useful than the proposals of the other scientists
Darwin's theory of evolution by natural selection was more powerful and useful than the proposals of other scientists because it was based on a solid foundation of evidence and provided a mechanism for how evolution occurs.
Darwin observed that individuals within a population vary in their traits, and some of these traits can be inherited by offspring. He also noted that more offspring are produced than can survive, leading to competition for resources. From these observations, he proposed that individuals with advantageous traits are more likely to survive and reproduce, passing on their advantageous traits to their offspring.
Darwin's theory was supported by evidence from a variety of sources, including biogeography, comparative anatomy, and embryology. Additionally, Darwin's theory provided a clear explanation for how evolution occurs, whereas other proposals lacked a mechanism for how changes in species occurred.
Therefore, Darwin's theory of evolution became widely accepted as a powerful and useful explanation for the diversity of life on Earth.
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50 red beads and 50 blue beads gene pool
A population with 50 red beads and 50 blue beads gene pool is in equilibrium with two alleles having a frequency of 0.5.
What is the allele frequency in a given population?The allele frequency in a given population refers to the proportion of a given gen variant in the individual that form such a population, which can be 0 to 1 and be associated with an particular trait.
Therefore, with this data, we can see that allele frequency in a given population depends of its proportion in the overall gene pool of the population.
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Help please cellular respiration concept map
Cellular respiration is preceded by glycolysis and continues in the Krebs' cycle. Glycolysis occurs in the cytoplasm and it is aerobic. It breaks down glucose to form pyruvate. Kreb's cycle breaks down pyruvate which is transferred to the mitochondria. Kreb's cycle produces 2 ATP. Cell respiration releases 3 carbon molecules as waste.
What is cell respiration?Cell respiration is the process whereby living things break down the glucose from food and other sources to obtain energy for survival. Cell respiration is an important part of life which starts in the cytoplasm and then follows through to the Krebs' Cycle and the Electron transport chain.
Pyruvate is an outcome of the Krebs cycle that is pushed to the mitochondria. The mitochondria are the powerhouse of the cell.
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what can be determined for someones running trait
Answer: genetic and environmental factors
Explanation:
Someones running trait can be determined by looking at their speed, endurance, biomechanics, and recovery rate.
What is biomechanics?Biomechanics is the study of the mechanical principles of living organisms and their elements, such as muscles, bones, and joints. This field of science applies engineering principles, such as mechanics, materials science, and fluid dynamics, to the human body for a variety of applications, including design of medical devices, sports equipment, and prosthetics. It is a field of applied science that combines biology, physiology, and engineering in order to analyze and understand how the body moves and functions. This field of study also examines the effects of external forces on the body, such as from exercise, injury, and illness. Biomechanics is used to develop treatments for physical therapy, improve rehabilitation, and increase performance in sports.
Speed is how fast someone can run, endurance is how long someone can maintain their running speed, biomechanics is how someone’s body moves when they run, and recovery rate is how quickly their body can repair itself after running. All of these factors combine to form someone’s running trait.
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Why does blood appear to be red?
Answer: Hemoglobin
Explanation:
Where does the glucose that is circulating in the blood ultimately end up? Select all that apply.
pancreas
sweat
body cells
liver
Which of the following is currently decreasing because of human population growth and its associated impacts?
Flooding and drought
Levels of biodiversity
Temperature of the earth’s surface
Overexploitation of fish populations
Human population growth and its associated impacts are currently decreasing levels of biodiversity. As human populations grow, they require more resources and land, which leads to habitat destruction, fragmentation, and degradation. This has a significant impact on wildlife populations and their ability to survive. As species disappear, ecosystems become less resilient and more vulnerable to collapse. Therefore, conservation efforts are necessary to protect biodiversity and prevent further losses.
~~~Harsha~~~
