what do you mean by photo synthesis
Answers
Answer:
photosynthesis is the process in which plants take sunlight water and soil then convert it to sugars that it uses for food
Related Questions
Concerns about soil management are not the same in all climates. Suppose you own a farm in the state of Washington, where there is a lot of rain throughout the year. Which two issues would be of major concern in managing the soil on your farm?
Answers
Answer:
Soil Erosion
With so much rain coming all year, soil erosion will definitely be a problem if not handled. The splashing of the water on the soil and the subsequent runoff will increase soil erosion. Your farm will lose soil if this is not stemmed and losing soil can lead to a number of negative consequences.
Loss of Nutrients.
One such effect of soil erosion which will be another major concern is the loss of nutrients. This happens when the structure of the soil is broken down by the erosion and the various nutrients in the soil will be carried off as the rain moves away and lost to your farm.
I Dont understand about fussion (binery fussion)
Answers
Answer:
Here is ur answer ...
Fission, in biology, is the division of a single entity into two or more parts and the regeneration of those parts to separate entities resembling the original.
complete the sentence:
primary consumers receive about _________ of the energy available in biomass from producers.
A. 100 percent
B. 50 percent
C. 35 percent
D. 10 percent
Answers
Answer:
D. 10 percent
Explanation:
What type of virus can only infect plants? A) TGEV B) ToMV C) HIV D) H1N1
Answers
carefully analyze your results to determine the relative sizes of molecules that did or did not diffuse across the dialysis membrane
Answers
a(n) is a collection of populations that potentially interact. a(n) is a collection of populations that potentially interact. population community guild biome ecosystem
Answers
A community is a collection of populations that potentially interact with each other.
A community refers to a group of different species that live and interact within the same geographical area. These species can be plants, animals, fungi, or microorganisms. The interactions between species within a community can be competitive, predatory, symbiotic, or some combination thereof. These interactions determine the distribution and abundance of species within the community and can affect their evolution over time.
A community represents a complex network of interrelated species, and changes to one species can have cascading effects throughout the entire community. Understanding the structure and dynamics of communities is important for understanding the functioning of ecosystems and the conservation of biodiversity.
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Mollusk fossils were excavated and collected from a coastal cliff. Scientists studying the fossils observed patterns of changing shell shape in the mollusks. The scientists identified a period of stability or stasis, followed by rapid change, and then stasis again with regard to shell shape. Which of the following statements best predicts the result of a comparison between the fossils found before and after the period of rapid change?
a) The same species will be found in both static periods, but they will have different shell shapes.
b) The same species will be found in both static periods, but the species in the second static period will have smaller shells due to the stress of undergoing capid change
c) Most of the species found in the first static period will be absent in the second static period.
d) Most of the species found in the second static period will resemble each other more than the species found in the first static perlod
Answers
The statement that best predicts the outcome of a comparison between fossils found before and after the period of rapid change is that the same species will be found in both static periods but will have different shell shapes.
How does the evolution of species work?For Lamarck the evolution of the species occurs due to the modifications that are imposed by the environment in which they live. New characteristics are acquired by the repeated use or disuse of an organ or body part. Defines that, according to the use of a particular member, it would be developed.
With this information, we can conclude that the statement that best predicts the outcome of a comparison between fossils found before and after the period of rapid change is that the same species will be found in both static periods, but will have different shell shapes.
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why the planets have been in motion and will continue to stay in motion since
their birth
Answers
Answer:
The solar system was formed from a spinning gas cloud. This set the planets into motion from their birth. So basically, once the planets were in motion, the laws of physics keep them in motion by virtue of inertia. The planets continue to move at the same rate in their orbits.
Explanation:
Brainliest pleasee :)
Include the following for ALL GC peaks:
Retention Time, in minutes (min) – Copy the Rt from your GC chromatogram.
Peak Area – Copy the area from your GC chromatogram.
Peak Identity. List the compound responsible for each peak. Note that air and solvent peaks may be present, with shorter retention time than any of the product or starting material peaks. Consult the reference chromatogram, posted at each instrument, as a guide.
Include the following for ALL GC peaks:
Retention Time, in minutes (min) – Copy the Rt from your GC chromatogram.
Peak Area – Copy the area from your GC chromatogram.
Peak Identity. List the compound responsible for each peak. Note that air and solvent peaks may be present, with shorter retention time than any of the product or starting material peaks. Consult the reference chromatogram, posted at each instrument, as a guide.
Answers
When analyzing a GC chromatogram, it is important to consider three key factors: retention time, peak area, and peak identity.
Retention time (Rt) is the time in minutes that it takes for a specific compound to travel through the column and be detected. To find the retention time, simply copy the Rt value from your GC chromatogram.
Peak area represents the amount of a compound present in the sample. To obtain the peak area, copy the area value from your GC chromatogram. Larger peak areas indicate a higher concentration of the compound in the sample.
Peak identity refers to the specific compound responsible for each peak on the chromatogram. Keep in mind that air and solvent peaks may be present and typically have shorter retention times than product or starting material peaks. To identify the compounds, consult the reference chromatogram provided at each instrument as a guide.
By examining the retention time, peak area, and peak identity, you can better understand the composition of your sample and gain valuable insights into the presence and concentration of different compounds. Always ensure that your analysis is accurate, thorough, and consistent to achieve reliable results.
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Given the shape of these graphs, do you think Earth's population will reach
carrying capacity? What might be some limiting factors? What do you think
will happen if we do reach carrying capacity?
Please take your time to provide a thoughtful response.
Answers
1) blue line: by the year 3000 the population will not have reached its carrying capacity. Orange line: by the year 3000 the population will reach its carrying capacity (K=11 billion individuals). Green line: by the year 2500 human population will reach its carrying capacity (K = 8 billion individuals). 2) water, food, and space availability. Natural disasters and uncontrolled human activities. 3) if we do reach carrying capacity we will keep growing in size until N>K, and then decrease.
What is the carrying capacity?Carrying capacity (K) refers to the maximum point at which the environment can support a growing population.
K is a constant. It coincides with the population size when the natality rate and mortality rate are equal to each other. This is the equilibrium point.
If the population size, N, is inferior to K (N<K), the population still grows. When N approximates K (N≅K), the population's growth speed decreases. When N=K, the population reaches equilibrium, When N is superior to K (N>K), the population must decrease in size because there are not enough resources to maintain that size.So when the population size exceeds K, carrying capacity makes the population decrease in size. This is because there are not enough resources for this population to survive.
The carrying capacity might be affected by different factors, known as limiting factors, which might be a result of the population density (for example, competition, predation, parasitism) or might be density-independent (human impact or natural disasters).
In the exposed graph,
1) Do you think Earth's population will reach carrying capacity?
It depends on the line we analyze,
The blue lineIt represents the highest predicted population growth.
There is no explicit carrying capacity point in this line since the curve has not reached a plane yet.
It seems that, by the year 3000, the human population will still be growing.
The orange line
It represents the medium-predicted population growth.
The carrying capacity point seems around 11 billion individuals, which is where the curve has reached its plane.
This graph represents that by the year 3000, the human population will have reached its carrying capacity, and it will be in equilibrium.
The green line
It represents the lowest predicted population growth.
The carrying capacity point seems slightly higher than 8 billion individuals, which is where the curve has reached its plane.
This graph represents that by the year 2500, the human population will have reached its carrying capacity (8 billion individuals), and after that year it will decrease. By the year 3000 there might be around 7 billion individuals.
2) What might be some limiting factors?
Limiting factors:
dense-dependent factors ⇒ food, water, and space availabilitydense-independent factors ⇒ natural disasters caused by the increase in uncontrolled human avtivities.3) What do you think will happen if we do reach carrying capacity?
When the human population reaches its carrying capacity, I believe there will be no control on population growth and resource use, so it will keep growing until N > K, and then it will need to obligatory decrease in size.
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During sexual reproduction two sex cells fuse to make a fertilized cell with one set of chromosomes what must be true about the number of chromosomes in sex cell?
Answers
Answer:both genders have the same amount of chromosomes
Explanation:Sexual reproduction is the process in which male and female gametes fuse to form a zygote. The zygote consists of a complete set of chromosomes, which 23 pairs or 46 chromosomes.
Sexual reproduction is the process in which two sex cells fuse to form the fertilized cell, usually known as zygote. The sex cells are egg or ova and sperms for females and males, respectively.
The number of chromosomes in each sex cell and fertilised cell will be:
The sex cells are formed by the meiotic division, such that each ova and sperm will consist of 23 chromosomes.
These haploid cells fuse to form a diploid zygote, which will have the same number of chromosomes as parent cell. The umber of chromosomes in the fertilised egg will be 46.
Therefore, the number of chromosome in each sex cell is 23, which fuses to form a diploid fertilised cell having 46 chromosomes.
HELP ASPA HELP!!!!Which of the following is an example of a structural adaption that an animal may develop if a habitat starts to have a slow decline in the amount of water available to drink?(1 point) If water slowly begins to become scarce, an animal may over time develop a way to store more water in its body. If water slowly begins to become scarce, an animal may over time develop a way to store more water in its body. If water slowly begins to become scarce, an animal may develop communication methods through a type of call that allows them to notify others of its species where water is located. If water slowly begins to become scarce, an animal may develop communication methods through a type of call that allows them to notify others of its species where water is located. If water slowly begins to become scarce, an animal may develop pack habits that allow them to spread out and locate water faster. If water slowly begins to become scarce, an animal may develop pack habits that allow them to spread out and locate water faster. If water slowly begins to become scarce, an animal may start migrating out of the environment to one that has more water. WILL GIVE 22 POINTS AND BRAINLIEST
Answers
Answer:
a
Explanation:
id water slowly begins to become scarce and animal over time develop a way to store more water in its body
describe the social utility method for the allocation of scarce organs
Answers
The social utility method is one approach that can be used to allocate scarce organs in a fair and equitable manner. This method considers the potential benefits of organ transplantation not only for the individual recipient but also for society as a whole.
Under this method, organs are allocated based on their ability to provide the greatest overall benefit to society, as determined by various factors such as the urgency of the recipient's need, their expected lifespan after transplantation, and the potential impact on their ability to contribute to society. For example, a younger recipient who is likely to live a long and productive life after transplantation may be given priority over an older recipient who is unlikely to live as long.
This approach also considers the potential benefits to society from the successful transplantation, such as reduced healthcare costs and increased productivity. It takes into account the fact that the allocation of organs is a finite resource and must be managed carefully to ensure that it is used in the most effective way possible.
While the social utility method is not without its challenges and criticisms, it represents a promising approach to the allocation of scarce organs. By considering both the needs of individual recipients and the broader social implications of transplantation, it offers a framework for fair and equitable allocation that can help to ensure that organs are used in the most effective way possible.
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what is the specific role of the enzyme indicated by b during the formation of the new dna strands?
Answers
Joining the nucleotides that form the new DNA strand is the specific role of the enzyme indicated by b during the formation of the new dna strands.
DNA polymerase catalyzes formation of bonds between sugar groups and phosphate groups that link the DNA nucleotides together.
DNA and RNA's fundamental building units are nucleotides. They can move genetically. Enzymes need coenzymes called nucleotides to catalyse a range of biological processes. Our body uses ATP to store energy. They also take involved in metabolic processes, enzyme activity, and cell signalling.
One of the structural components, or building blocks, of DNA and RNA is the nucleotide. A nucleotide is made up of a base (one of the four compounds: adenine, thymine, guanine, or cytosine), a sugar molecule, and a phosphoric acid molecule. A nucleotide is also called as a "nucleoside monophosphate," "nucleoside diphosphate," or "nucleoside triphosphate" when all three are connected, depending on how many phosphates are in the phosphate group.
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How will the equilibrium change if the ocean is more acidic
Answers
Answer: If the ocean is more acidic, the marine life will die or contaminated. If marine life is being polluted with acidic, that means that we will die. We all eat fish and other marine organisms, but since the marine organisms are being contaminated with acidic, then we will die from the ingestion of poison.
Explanation: Hope this helps :))))
3. Did trilobites and dinosaurs live at the same time?
Answers
Explanation:
No! After the dinosaurs died out, nearly 65 million years passed before people appeared on Earth.
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Which of the following suggests what happens when a mutation occurs in an organism? Select one:
Genes begin to appear in different individuals of the population all at once.
The organism develops new traits as a result of using a particular body part.
New traits appear from changes in the instructions given to the cell by the DNA. Useless traits are removed from the organism due to the loss of nucleotides
Answers
Answer:
New traits appear from changes to the DNA..
Explanation:
A mutation is when DNA is changed or altered in some way, causing it to tell the cells to do something different from what they usually do such as growing a body part a certain way, or making skin regenerate a certain way. some mutations are specific to one individual person or thing, other mutations are passed down through generations and become a new normal for the species. new diseases such as viruses are often caused by the virus mutating...this is how we have so many different strains of the flu...
what is the function of the highlighted structure? supplies somatic sensory fibers to chochlea supplies proprioceptive impulses from the medial rectus to the brain supplies somatic motor fibers to the lateral rectus muscle supplies somatic motor fibers to the chewing muscles
Answers
The function of the highlighted structure is option A: to supply cochlea with somatic sensory fibers.
The cochlea receives somatic sensory fibers from the highlighted structure. All spinal nerves, with the possible exception of the first cervical, contain somatic sensory fibers, which are afferent fibers that develop from neurons in sensory ganglia.
They transmit impulses of pain, touch, and temperature from the body's surface through the dorsal roots to the spinal cord as well as impulses of muscle, tendon, and joint sense from the deeper structures.
Motor and sensory impulses are sent to and from the central nervous system (CNS) by the somatic nervous system. We are able to regulate our physical movements and process four of the five senses—smell, sound, taste, and touch—thanks to this physiological system.
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Correct question is:
What is the function of the highlighted structure? Refer the image.
supplies somatic sensory fibers to cochlea
supplies proprioceptive impulses from the medial rectus to the brain
supplies somatic motor fibers to the lateral rectus muscle
supplies somatic motor fibers to the chewing muscles
A carrier of an autosomal gene can be?
A.female
B.male
C.both male and female
Answers
some researchers believe that chronic sleep deficiencies can group of answer choices increase testicular size. increase sperm motility. increase the risk for type 2 diabetes. regulate blood glucose levels.
Answers
The correct answer is "increase the risk for type 2 diabetes."
Chronic sleep deficiency has been linked to metabolic dysregulation, including glucose intolerance and insulin resistance, which are key risk factors for type 2 diabetes. Studies have found that sleep deprivation alters glucose metabolism, reduces insulin sensitivity, and impairs pancreatic beta-cell function, all of which can contribute to the development of type 2 diabetes.
Additionally, chronic sleep deficiency has been associated with other metabolic abnormalities, such as dyslipidemia, hypertension, and obesity, which also increase the risk for diabetes. Therefore, it is important to prioritize getting adequate sleep as a part of a healthy lifestyle to reduce the risk of developing type 2 diabetes and other metabolic disorders.
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If a cell is placed in slat water leaves the cell by
Answers
Why is it important for carbon to be recycled in an ecosystem?
A.
Recycling carbon allows organisms to create less carbon.
B.
If carbon isn't recycled, there will be too much of it on Earth.
C.
Recycling carbon allows organisms to create more carbon.
D.
The carbon cycle is a closed system, and recycling carbon is the only way to replenish it for an ecosystem.
Answers
It is important for carbon to be recycled in an ecosystem because Option D: The carbon cycle is a closed system, and recycling carbon is the only way to replenish it for an ecosystem.
Carbon is an essential element for life on Earth, and its cycling through ecosystems is crucial for maintaining the balance of carbon availability and regulating various processes. The carbon cycle involves the movement of carbon between the atmosphere, land, oceans, and organisms. Here's why it is important for carbon to be recycled in an ecosystem:
Energy Flow: Carbon is a key component of organic molecules, such as carbohydrates, fats, and proteins, which serve as energy sources for living organisms. Through processes like photosynthesis and respiration, carbon is converted into energy-rich compounds and transferred from producers (plants) to consumers (animals) in a food web.
Nutrient Cycling: Carbon is interconnected with other essential elements, such as nitrogen, phosphorus, and sulfur, in biogeochemical cycles. These cycles involve the uptake, transformation, and release of nutrients by various organisms. When organisms die, decomposers break down their organic matter, releasing carbon back into the environment. This process, known as decomposition.
Climate Regulation: Carbon dioxide (CO2), a form of carbon, is a greenhouse gas that plays a critical role in regulating Earth's climate. Through photosynthesis, plants remove CO2 from the atmosphere and store it as organic carbon compounds. This process helps mitigate the greenhouse effect, reducing the concentration of CO2 and stabilizing global temperatures.
In summary, the recycling of carbon in an ecosystem is crucial because it sustains energy flow, facilitates nutrient cycling, and contributes to climate regulation. By maintaining a balance in carbon availability, ecosystems can support the growth, development, and survival of organisms, as well as the overall stability of the planet. Therefore, Option D is correct.
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Ayurvedic medicine and naturopathy, what are they?
Can you describe what Ayurvedic medicine is?
Can you describe what naturopathy is?
Be as simple as possible, or just blunt. <3
Answers
Explanation:
Ayurvedic Medicine
= A medicine (substance) that is based on Ayurvedic medicine.
Naturopathy
= A system of therapy that avoids drugs and surgery and emphasizes the use of natural remedies (air, water, heat, sunshine) and physical means (massage, electrical treatment) to treat illness.
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Which of the following options BEST describes the conditions present in the origins of planet Earth?
The oceans of early Earth contained complex organic molecules that formed simple inorganic molecules over time.
Earth's early atmosphere contained oxygen but no ozone and high amounts of UV radiation.
Before cyanobacteria, Earth's early atmosphere had high amounts of UV radiation, no ozone layer and no oxygen.
Protists were the first organisms that evolved and provided oxygen for the atmosphere.
Answers
Before cyanobacteria, Earth's early atmosphere had high amounts of UV radiation, no ozone layer and no oxygen.
Incidence without oxygen in the atmosphere as well as the ozone layer, UVC and UVB levels would be extraordinarily high, requiring life to exist in dimly lit, gloomy surroundings. The development of photosynthesis led to the formation of the ozone layer and boosted atmospheric levels of free oxygen.
Cyanobacteria- Photosynthesis is carried by by the cyanobacteria taxon of microbes. They are not algae, despite the fact that they were once referred to as blue-green algae. It belongs to the phylum of bacteria and includes over 1500 distinct species. According to the endosymbiont theory, cyanobacteria are the ancestors of chloroplasts (plastids). Their DNA profile demonstrates this.
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Acid-Base Balance Cases pH = 7.50 CO2 = 47 HCO3- = 32 Is it acidosis, alkalosis or neither? Is the problem respiratory or metabolic in nature? Metabolic in nature. Is there any compensation occurring? Has the body tried to fix the problem?
Answers
answer and explanation
this question required us to interpret the atrial blood gas data provided.
from the information provided, this case is a case of alkalosis because the pH reading is 7.50. pH values less that 7.35 indicate acidosis and pH levels greater that 7.45 indicate a case of alkalosis.
this is a metabolic alkalosis because the HCO3 value is greater than 22 and it is fully compensated because of the high CO2
HELP! DUE TOMORROW!! For each item, specify the independent and dependent variables, as well as constants.
1. A study was done to find if the different tire treads affect the braking distance of a car.
independent: Dependent: Constants: please answer the question!
Answers
Dependent: time it’s takes for car to completely stop
Constants: type of car, same speed when starting to break, track your testing on
A man with type A blood is married to a woman with type B blood. If BOTH of these individuals are HETEROZYGOUS, what are the blood types of their children? indicate the percentage in the children
Answers
Answer:
The child would receive an A allele or a B allele from the mother and a B allele or an O allele from the father. Therefore, the child could not possibly be of blood type O.
Explanation:
Consider this claim: Changes in environmental conditions always result in new ecosystems and loss of biodiversity characterized by an increase in the number of some species, the evolution of new species, and the extinction of some species.
Use what you have learned from the lesson, as well as reliable and reputable resources, to evaluate this claim. Use at least three examples from the lesson and other sources to support the valid ideas in the claim and refute the invalid ones. Add a list of your resources at the end of your response. Then, draw a conclusion about the stability of ecosystems, how and what can affect the stability of ecosystems, and how changes in the environment may affect the types and number of living things in an ecosystem.
Answers
The stability of ecosystems are substance or compound that negatively affects the ecosystem, capable of causing changes in the structure and functioning of communities.
What are the stability of ecosystems?Ecological stability is characterized by the persistence of an ecosystem in keeping close to a state of equilibrium. Stability involves two concepts needed to delineate a community's response to disturbances: resistance (ecology) and resilience (ecology).
It constitutes the process of spontaneous maintenance of the cycles of environmental relationships maintained between factors in permanent interaction, forming stabilized ecosystems and, therefore, capable of co-evolution and their own succession.
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Answer:
The stability of ecosystems are substance or compound that negatively affects the ecosystem, capable of causing changes in the structure and functioning of communities.
Explanation:
Copied and pasted from dude above.
there are six elements that make up most of the human body. Which of the following is not one of these six elements?
Answers
Answer:
oxygen, carbon, hydrogen,
Explanation:
hope this helped u :)
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An example of sunlight passing through clouds during sunset, results in what is often called the cloud's silver lining. Pastel shades of blue, pink, purple, and green can be observed at times of cloud cover. What is the cause of these patterns in the sky?
Responses
Water in the atmosphere and within the clouds themselves cause light waves to refract and reflect, creating an assortment of colors.
Water in the atmosphere and within the clouds themselves cause light waves to refract and reflect, creating an assortment of colors., EndFragment,
The patterns occur when light is diffracted from water droplets within the clouds. The amount of diffraction that occurs depends on the wavelength of the light, and shorter wavelengths are diffracted at a greater angle than longer ones.
The patterns occur when light is diffracted from water droplets within the clouds. The amount of diffraction that occurs depends on the wavelength of the light, and shorter wavelengths are diffracted at a greater angle than longer ones.
StartFragment, The patterns occur when light is diffracted from water droplets within the clouds. The amount of diffraction that occurs depends on the wavelength of the light, and shorter wavelengths are diffracted at a greater angle than longer ones., The patterns occur when light is diffracted from water droplets within the clouds. The amount of diffraction that occurs depends on the wavelength of the light, and shorter wavelengths are diffracted at a greater angle than longer ones., EndFragment, ,
The patterns occur when light is absorbed by water droplets within the clouds. The amount of absorption that occurs depends on the temperature of the air.
The patterns occur when light is absorbed by water droplets within the clouds. The amount of absorption that occurs depends on the temperature of the air., EndFragment,
The patterns occur when light is reflected from water droplets within the clouds. The amount of reflection that occurs depends on the wavelength of the light, and shorter wavelengths are reflected at a greater angle than longer ones.
Answers
The cause of the color patterns in the sky is when light is diffracted from water droplets within the clouds, the amount of diffraction that occurs depends on the wavelength of the light, and shorter wavelengths are diffracted at a greater angle than longer ones which is therefore denoted as option D.
What is Diffraction?This is a term which is described as the process of light bending around an obstacle or spreading out after it moves through a small or tiny space.
We should also be aware that it is dependent on the wavelength of the light such that those with a shorter wavelengths are usually diffracted at a greater angle than longer ones which is therefore the reason why the color pattern is observed in the sky and is therefore the reason why it was chosen as the correct answer.
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